sheryc/Qwen2.5-14B-Instruct-CARE
Text Generation
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15B
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Updated
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28
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1
Datasets:
Tasks:
Question Answering
Modalities:
Text
Formats:
parquet
Languages:
English
Size:
10K - 100K
ArXiv:
Dataset Viewer
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description
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what is rba
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Since 2007, the RBA's outstanding reputation has been affected by the 'Securency' or NPA scandal. These RBA subsidiaries were involved in bribing overseas officials so that Australia might win lucrative note-printing contracts. The assets of the bank include the gold and foreign exchange reserves of Australia, which is estimated to have a net worth of A$101 billion. Nearly 94% of the RBA's employees work at its headquarters in Sydney, New South Wales and at the Business Resumption Site.
The Reserve Bank of Australia (RBA) came into being on 14 January 1960 as Australia 's central bank and banknote issuing authority, when the Reserve Bank Act 1959 removed the central banking functions from the Commonwealth Bank. The assets of the bank include the gold and foreign exchange reserves of Australia, which is estimated to have a net worth of A$101 billion. Nearly 94% of the RBA's employees work at its headquarters in Sydney, New South Wales and at the Business Resumption Site.
RBA Recognized with the 2014 Microsoft US Regional Partner of the ... by PR Newswire. Contract Awarded for supply and support the. Securitisations System used for risk management and analysis.
The inner workings of a rebuildable atomizer are surprisingly simple. The coil inside the RBA is made of some type of resistance wire, normally Kanthal or nichrome. When a current is applied to the coil (resistance wire), it heats up and the heated coil then vaporizes the eliquid. 1 The bottom feed RBA is, perhaps, the easiest of all RBA types to build, maintain, and use. 2 It is filled from below, much like bottom coil clearomizer. 3 Bottom feed RBAs can utilize cotton instead of silica for the wick. 4 The Genesis, or genny, is a top feed RBA that utilizes a short woven mesh wire.
Results-Based Accountability® (also known as RBA) is a disciplined way of thinking and taking action that communities can use to improve the lives of children, youth, families, adults and the community as a whole. RBA is also used by organizations to improve the performance of their programs. RBA improves the lives of children, families, and communities and the performance of programs because RBA: 1 Gets from talk to action quickly; 2 Is a simple, common sense process that everyone can understand; 3 Helps groups to surface and challenge assumptions that can be barriers to innovation;
Results-Based Accountability® (also known as RBA) is a disciplined way of thinking and taking action that communities can use to improve the lives of children, youth, families, adults and the community as a whole. RBA is also used by organizations to improve the performance of their programs. Creating Community Impact with RBA. Community impact focuses on conditions of well-being for children, families and the community as a whole that a group of leaders is working collectively to improve. For example: “Residents with good jobs,” “Children ready for school,” or “A safe and clean neighborhood”.
RBA uses a data-driven, decision-making process to help communities and organizations get beyond talking about problems to taking action to solve problems. It is a simple, common sense framework that everyone can understand. RBA starts with ends and works backward, towards means. The “end” or difference you are trying to make looks slightly different if you are working on a broad community level or are focusing on your specific program or organization. RBA improves the lives of children, families, and communities and the performance of programs because RBA: 1 Gets from talk to action quickly; 2 Is a simple, common sense process that everyone can understand; 3 Helps groups to surface and challenge assumptions that can be barriers to innovation;
vs. NetIQ Identity Manager. Risk-based authentication (RBA) is a method of applying varying levels of stringency to authentication processes based on the likelihood that access to a given system could result in its being compromised. Risk-based authentication can be categorized as either user-dependent or transaction-dependent. User-dependent RBA processes employ the same authentication for every session initiated by a given user; the exact credentials that the site demands depend on who the user is.
A rebuildable atomizer (RBA), often referred to as simply a “rebuildable,” is just a special type of atomizer used in the Vape Pen and Mod Industry that connects to a personal vaporizer. 1 The bottom feed RBA is, perhaps, the easiest of all RBA types to build, maintain, and use. 2 It is filled from below, much like bottom coil clearomizer. 3 Bottom feed RBAs can utilize cotton instead of silica for the wick. 4 The Genesis, or genny, is a top feed RBA that utilizes a short woven mesh wire.
Get To Know Us. RBA is a digital and technology consultancy with roots in strategy, design and technology. Our team of specialists help progressive companies deliver modern digital experiences backed by proven technology engineering.
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what is rba
Context:
Since 2007, the RBA's outstanding reputation has been affected by the 'Securency' or NPA scandal. These RBA subsidiaries were involved in bribing overseas officials so that Australia might win lucrative note-printing contracts. The assets of the bank include the gold and foreign exchange reserves of Australia, which is estimated to have a net worth of A$101 billion. Nearly 94% of the RBA's employees work at its headquarters in Sydney, New South Wales and at the Business Resumption Site.
The Reserve Bank of Australia (RBA) came into being on 14 January 1960 as Australia 's central bank and banknote issuing authority, when the Reserve Bank Act 1959 removed the central banking functions from the Commonwealth Bank. The assets of the bank include the gold and foreign exchange reserves of Australia, which is estimated to have a net worth of A$101 billion. Nearly 94% of the RBA's employees work at its headquarters in Sydney, New South Wales and at the Business Resumption Site.
RBA Recognized with the 2014 Microsoft US Regional Partner of the ... by PR Newswire. Contract Awarded for supply and support the. Securitisations System used for risk management and analysis.
The inner workings of a rebuildable atomizer are surprisingly simple. The coil inside the RBA is made of some type of resistance wire, normally Kanthal or nichrome. When a current is applied to the coil (resistance wire), it heats up and the heated coil then vaporizes the eliquid. 1 The bottom feed RBA is, perhaps, the easiest of all RBA types to build, maintain, and use. 2 It is filled from below, much like bottom coil clearomizer. 3 Bottom feed RBAs can utilize cotton instead of silica for the wick. 4 The Genesis, or genny, is a top feed RBA that utilizes a short woven mesh wire.
Results-Based Accountability® (also known as RBA) is a disciplined way of thinking and taking action that communities can use to improve the lives of children, youth, families, adults and the community as a whole. RBA is also used by organizations to improve the performance of their programs. RBA improves the lives of children, families, and communities and the performance of programs because RBA: 1 Gets from talk to action quickly; 2 Is a simple, common sense process that everyone can understand; 3 Helps groups to surface and challenge assumptions that can be barriers to innovation;
Results-Based Accountability® (also known as RBA) is a disciplined way of thinking and taking action that communities can use to improve the lives of children, youth, families, adults and the community as a whole. RBA is also used by organizations to improve the performance of their programs. Creating Community Impact with RBA. Community impact focuses on conditions of well-being for children, families and the community as a whole that a group of leaders is working collectively to improve. For example: “Residents with good jobs,” “Children ready for school,” or “A safe and clean neighborhood”.
RBA uses a data-driven, decision-making process to help communities and organizations get beyond talking about problems to taking action to solve problems. It is a simple, common sense framework that everyone can understand. RBA starts with ends and works backward, towards means. The “end” or difference you are trying to make looks slightly different if you are working on a broad community level or are focusing on your specific program or organization. RBA improves the lives of children, families, and communities and the performance of programs because RBA: 1 Gets from talk to action quickly; 2 Is a simple, common sense process that everyone can understand; 3 Helps groups to surface and challenge assumptions that can be barriers to innovation;
vs. NetIQ Identity Manager. Risk-based authentication (RBA) is a method of applying varying levels of stringency to authentication processes based on the likelihood that access to a given system could result in its being compromised. Risk-based authentication can be categorized as either user-dependent or transaction-dependent. User-dependent RBA processes employ the same authentication for every session initiated by a given user; the exact credentials that the site demands depend on who the user is.
A rebuildable atomizer (RBA), often referred to as simply a “rebuildable,” is just a special type of atomizer used in the Vape Pen and Mod Industry that connects to a personal vaporizer. 1 The bottom feed RBA is, perhaps, the easiest of all RBA types to build, maintain, and use. 2 It is filled from below, much like bottom coil clearomizer. 3 Bottom feed RBAs can utilize cotton instead of silica for the wick. 4 The Genesis, or genny, is a top feed RBA that utilizes a short woven mesh wire.
Get To Know Us. RBA is a digital and technology consultancy with roots in strategy, design and technology. Our team of specialists help progressive companies deliver modern digital experiences backed by proven technology engineering.
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Results-Based Accountability is a disciplined way of thinking and taking action that communities can use to improve the lives of children, youth, families, adults and the community as a whole.
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19,700 |
description
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was ronald reagan a democrat
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In his younger years, Ronald Reagan was a member of the Democratic Party and campaigned for Democratic candidates; however, his views grew more conservative over time, and in the early 1960s he officially became a Republican. In November 1984, Ronald Reagan was reelected in a landslide, defeating Walter Mondale and his running mate Geraldine Ferraro (1935-), the first female vice-presidential candidate from a major U.S. political party.
From Wikipedia, the free encyclopedia. A Reagan Democrat is a traditionally Democratic voter in the United States, especially a white working-class Northerner, who defected from their party to support Republican President Ronald Reagan in either or both the 1980 and 1984 elections. During the 1980 election a dramatic number of voters in the U.S., disillusioned with the economic 'malaise' of the 1970s and the presidency of Jimmy Carter (even more than, four years earlier, Liberal Republican Gerald Ford), supported former California governor (and former Democrat) Ronald Reagan.
Ronald Reagan began his political life in the Democratic Party, but as he became more and more conservative, he ultimately changed to the Republican Party in the early 1960s. Yes, he switched parties in 1962. He said that he did not desert the Democrats but rather they deserted him. Yes, Ronald Reagan was a member of the Democratic Party until he s … witched to the Republican Party in 1962, at the age of 51. 8 people found this useful.
Ronald Wilson Reagan (/ˈrɒnəld ˈwɪlsən ˈreɪɡən/ ; February 6, 1911 – June 5, 2004) was an American politician, commentator, and actor, who served as the 40th President of the United States from 1981 to 1989. I think Ronald Reagan changed the trajectory of America in a way that Richard Nixon did not and in a way that Bill Clinton did not. He put us on a fundamentally different path because the country was ready for it.
When Reagan was a 'liberal Democrat'. In 1948, a very different sounding Ronald Reagan campaigned on the radio for Democrat Harry Truman. Listen to the old audio recording. ... more Duration: {{video.duration.momentjs}}.
Ronald Reagan (1911-2004), a former actor and California governor, served as the 40th U.S. president from 1981 to 1989. Raised in small-town Illinois, he became a Hollywood actor in his 20s and later served as the Republican governor of California from 1967 to 1975. In November 1984, Ronald Reagan was reelected in a landslide, defeating Walter Mondale and his running mate Geraldine Ferraro (1935-), the first female vice-presidential candidate from a major U.S. political party.
1984 Re-Election. In November 1984, Ronald Reagan was re-elected in a landslide, defeating Democratic challenger Walter Mondale. Reagan carried 49 of the 50 U.S. states in the election, and received 525 of 538 electoral votes—the largest number ever won by an American presidential candidate.
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was ronald reagan a democrat
Context:
In his younger years, Ronald Reagan was a member of the Democratic Party and campaigned for Democratic candidates; however, his views grew more conservative over time, and in the early 1960s he officially became a Republican. In November 1984, Ronald Reagan was reelected in a landslide, defeating Walter Mondale and his running mate Geraldine Ferraro (1935-), the first female vice-presidential candidate from a major U.S. political party.
From Wikipedia, the free encyclopedia. A Reagan Democrat is a traditionally Democratic voter in the United States, especially a white working-class Northerner, who defected from their party to support Republican President Ronald Reagan in either or both the 1980 and 1984 elections. During the 1980 election a dramatic number of voters in the U.S., disillusioned with the economic 'malaise' of the 1970s and the presidency of Jimmy Carter (even more than, four years earlier, Liberal Republican Gerald Ford), supported former California governor (and former Democrat) Ronald Reagan.
Ronald Reagan began his political life in the Democratic Party, but as he became more and more conservative, he ultimately changed to the Republican Party in the early 1960s. Yes, he switched parties in 1962. He said that he did not desert the Democrats but rather they deserted him. Yes, Ronald Reagan was a member of the Democratic Party until he s … witched to the Republican Party in 1962, at the age of 51. 8 people found this useful.
Ronald Wilson Reagan (/ˈrɒnəld ˈwɪlsən ˈreɪɡən/ ; February 6, 1911 – June 5, 2004) was an American politician, commentator, and actor, who served as the 40th President of the United States from 1981 to 1989. I think Ronald Reagan changed the trajectory of America in a way that Richard Nixon did not and in a way that Bill Clinton did not. He put us on a fundamentally different path because the country was ready for it.
When Reagan was a 'liberal Democrat'. In 1948, a very different sounding Ronald Reagan campaigned on the radio for Democrat Harry Truman. Listen to the old audio recording. ... more Duration: {{video.duration.momentjs}}.
Ronald Reagan (1911-2004), a former actor and California governor, served as the 40th U.S. president from 1981 to 1989. Raised in small-town Illinois, he became a Hollywood actor in his 20s and later served as the Republican governor of California from 1967 to 1975. In November 1984, Ronald Reagan was reelected in a landslide, defeating Walter Mondale and his running mate Geraldine Ferraro (1935-), the first female vice-presidential candidate from a major U.S. political party.
1984 Re-Election. In November 1984, Ronald Reagan was re-elected in a landslide, defeating Democratic challenger Walter Mondale. Reagan carried 49 of the 50 U.S. states in the election, and received 525 of 538 electoral votes—the largest number ever won by an American presidential candidate.
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Yes
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19,701 |
numeric
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how long do you need for sydney and surrounding areas
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Sydney, New South Wales, Australia is located in a coastal basin bordered by the Pacific Ocean to the east, the Blue Mountains to the west, the Hawkesbury River to the north and the Woronora Plateau to the south. The Sydney Statistical Division, used for census data, is the unofficial metropolitan area and covers 12,145 km² (4,689 mi²). This area includes the Central Coast and Blue Mountains as well as broad swathes of national park and other non-urban land.
This itinerary will have you crossing the country to take in the Great Barrier Reef, Australia’s iconic reef in Queensland, before heading to Western Australia to see the breath taking Ningaloo Reef, one of Australia’s best kept secrets. View more information. 10 day-Sydney, rock and reef. It’s easy to see why Hamilton Island is one of the most popular spots for a getaway on the Great Barrier Reef. With palm-fringed beaches, top restaurants and stylish resorts, there’s plenty to do on land, while those keen to explore the clear waters of the Whitsundays will be richly rewarded.
The Sydney central business district, Sydney harbour and outer suburbs from the West. North Sydney 's commercial district. The extensive area covered by urban Sydney is formally divided into more than 300 suburbs for addressing and postal purposes, and administered as 38 local government areas. The Sydney Statistical Division, used for census data, is the unofficial metropolitan area and covers 12,145 km² (4,689 mi²). This area includes the Central Coast and Blue Mountains as well as broad swathes of national park and other non-urban land.
1 Taxis to the city centre should cost approximately $40 (including tolls), and more to other Sydney destinations (The Rocks $40-45, North Sydney $45, Manly $50, Parramatta $80-100 etc.) You can expect to pay a $3.80 airport taxi levy and a $5.50 Eastern Distributor toll on top of the metered fare. Newtown in Sydney's inner-west (approx 4km from the CBD) is renowned for its inexpensive cafes and restaurants on King St, in particular Thai food. It is highly popular among students from the nearby Sydney University.
Sydney is the capital city of the Australian state of New South Wales, and Australia's largest city. A week in Sydney will help you see many of the sights of Sydney and its surrounds, and understand the city and its culture. If you're up for exploring the area by bike (one of the best ways to do so as much of it is parkland), take the train to Concord West station on the Northern Line (red line on the Sydney Trains map-about 20-25 minutes from the city on a direct train).
Sydney Attractions. Sydney is home to some of Australia’s most iconic attractions. The Sydney Opera House is a thriving hub of art, culture and history. 1km (return) - 1.5 hour (each way)Step out of your car and into the past. This short walk, perfect for walking with children and for visitors with ties to the local area, pulls you back thro... http://www.nationalparks.nsw.gov.au/scheyville-national-park/migrant-heritage-walk/walking.
Sydney lies on a submergent coastline, where the ocean level has risen to flood deep river valleys (rias) carved in the sandstone. There are more than 70 harbour and ocean beaches, including the famous Bondi Beach, in the urban area. Sydney's urban area covers 1,788 km² (690 mi²). The Sydney Statistical Division, used for census data, is the unofficial metropolitan area and covers 12,145 km² (4,689 mi²). This area includes the Central Coast and Blue Mountains as well as broad swathes of national park and other non-urban land.
On your right across College Street, in the sandstone building on the corner, is the Australian Museum [3] ($12 adult/$6 children, $30 family (2+2)). This museum, which focuses on natural history, is worth a visit in its own right if you have more time in Sydney and will take a couple of hours to explore. If you're up for exploring the area by bike (one of the best ways to do so as much of it is parkland), take the train to Concord West station on the Northern Line (red line on the Sydney Trains map-about 20-25 minutes from the city on a direct train).
The Rocks. This is a complete listing of the suburbs and localities in the greater Sydney area in alphabetical order. Sydney has about 38 local government areas, each consisting of several suburbs (suburbs in Australia are purely geographical, not political, divisions). See table below, Category:Suburbs of Sydney and Category:Local government areas in Sydney. Suburbs are listed here if they are inside the Sydney metro area, and are listed in the Geographical Names Register as being suburbs.
Sydney is a very large city, and we haven't spent much time outside of the inner suburbs, apart from what you would have seen on the way to the Blue Mountains. On Day 5 we'll explore one of Sydney's parkland areas in the Sydney Olympic Park at Homebush Bay [63] . If you're up for exploring the area by bike (one of the best ways to do so as much of it is parkland), take the train to Concord West station on the Northern Line (red line on the Sydney Trains map-about 20-25 minutes from the city on a direct train).
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how long do you need for sydney and surrounding areas
Context:
Sydney, New South Wales, Australia is located in a coastal basin bordered by the Pacific Ocean to the east, the Blue Mountains to the west, the Hawkesbury River to the north and the Woronora Plateau to the south. The Sydney Statistical Division, used for census data, is the unofficial metropolitan area and covers 12,145 km² (4,689 mi²). This area includes the Central Coast and Blue Mountains as well as broad swathes of national park and other non-urban land.
This itinerary will have you crossing the country to take in the Great Barrier Reef, Australia’s iconic reef in Queensland, before heading to Western Australia to see the breath taking Ningaloo Reef, one of Australia’s best kept secrets. View more information. 10 day-Sydney, rock and reef. It’s easy to see why Hamilton Island is one of the most popular spots for a getaway on the Great Barrier Reef. With palm-fringed beaches, top restaurants and stylish resorts, there’s plenty to do on land, while those keen to explore the clear waters of the Whitsundays will be richly rewarded.
The Sydney central business district, Sydney harbour and outer suburbs from the West. North Sydney 's commercial district. The extensive area covered by urban Sydney is formally divided into more than 300 suburbs for addressing and postal purposes, and administered as 38 local government areas. The Sydney Statistical Division, used for census data, is the unofficial metropolitan area and covers 12,145 km² (4,689 mi²). This area includes the Central Coast and Blue Mountains as well as broad swathes of national park and other non-urban land.
1 Taxis to the city centre should cost approximately $40 (including tolls), and more to other Sydney destinations (The Rocks $40-45, North Sydney $45, Manly $50, Parramatta $80-100 etc.) You can expect to pay a $3.80 airport taxi levy and a $5.50 Eastern Distributor toll on top of the metered fare. Newtown in Sydney's inner-west (approx 4km from the CBD) is renowned for its inexpensive cafes and restaurants on King St, in particular Thai food. It is highly popular among students from the nearby Sydney University.
Sydney is the capital city of the Australian state of New South Wales, and Australia's largest city. A week in Sydney will help you see many of the sights of Sydney and its surrounds, and understand the city and its culture. If you're up for exploring the area by bike (one of the best ways to do so as much of it is parkland), take the train to Concord West station on the Northern Line (red line on the Sydney Trains map-about 20-25 minutes from the city on a direct train).
Sydney Attractions. Sydney is home to some of Australia’s most iconic attractions. The Sydney Opera House is a thriving hub of art, culture and history. 1km (return) - 1.5 hour (each way)Step out of your car and into the past. This short walk, perfect for walking with children and for visitors with ties to the local area, pulls you back thro... http://www.nationalparks.nsw.gov.au/scheyville-national-park/migrant-heritage-walk/walking.
Sydney lies on a submergent coastline, where the ocean level has risen to flood deep river valleys (rias) carved in the sandstone. There are more than 70 harbour and ocean beaches, including the famous Bondi Beach, in the urban area. Sydney's urban area covers 1,788 km² (690 mi²). The Sydney Statistical Division, used for census data, is the unofficial metropolitan area and covers 12,145 km² (4,689 mi²). This area includes the Central Coast and Blue Mountains as well as broad swathes of national park and other non-urban land.
On your right across College Street, in the sandstone building on the corner, is the Australian Museum [3] ($12 adult/$6 children, $30 family (2+2)). This museum, which focuses on natural history, is worth a visit in its own right if you have more time in Sydney and will take a couple of hours to explore. If you're up for exploring the area by bike (one of the best ways to do so as much of it is parkland), take the train to Concord West station on the Northern Line (red line on the Sydney Trains map-about 20-25 minutes from the city on a direct train).
The Rocks. This is a complete listing of the suburbs and localities in the greater Sydney area in alphabetical order. Sydney has about 38 local government areas, each consisting of several suburbs (suburbs in Australia are purely geographical, not political, divisions). See table below, Category:Suburbs of Sydney and Category:Local government areas in Sydney. Suburbs are listed here if they are inside the Sydney metro area, and are listed in the Geographical Names Register as being suburbs.
Sydney is a very large city, and we haven't spent much time outside of the inner suburbs, apart from what you would have seen on the way to the Blue Mountains. On Day 5 we'll explore one of Sydney's parkland areas in the Sydney Olympic Park at Homebush Bay [63] . If you're up for exploring the area by bike (one of the best ways to do so as much of it is parkland), take the train to Concord West station on the Northern Line (red line on the Sydney Trains map-about 20-25 minutes from the city on a direct train).
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20-25 minutes
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19,702 |
numeric
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price to install tile in shower
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In regards to tile installation costs, consumers can expect to pay an average of $25 per square foot, depending on the grade of material that is used. For a medium-sized shower, the price can cost about $2,000. Tile installation materials include:
1 Polished nickel faucets-Average cost is $400 each plus four hours of installation; 2 Install ceramic tile floor to match shower-Average prices for installation are between $11 to $22 per square foot; 3 A light/fan combination-Averages at $180 and one hour
Enhancement and improvement costs. 1 Polished nickel faucets-Average cost is $400 each plus four hours of installation; 2 Install ceramic tile floor to match shower-Average prices for installation are between $11 to $22 per square foot; 3 A light/fan combination-Averages at $180 and one hour of installation; 4 Insulate and re-finish ceilings and 5 ... Painti
Granite shower tile is available at an average of $3.49 per square foot to $6.99 per square foot. Polished stone wall tile comes in many choices, including pebble stone that costs about $10 per square foot and $12 per square foot for a smooth surface polished stone tile.
1 Higher-end tile such as granite or marble is going to cost more than a standard ceramic tile. 2 On average, plan on spending anywhere from $2,500 to as much as $5,000 or more for a standard 3′ x 5′ shower. 3 Showers can widely vary in size, but most of the time the cost will be within this price range.
Our free calculator uses recent, trusted data to estimate costs for your Bathroom Floor Tile Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install Bathroom Floor Tile ranges between $9.53 - $13.80 per square foot* .
The cost for a typical small bathroom remodel will range from about $4,000 to $12,000 with the average cost being about $8,000. Let’s look at how the costs breakout starting with the most basic remodel including a new toilet, shower, vanity & sink and tile.
The national average for a new shower installation project, when performed by a capable contractor, is $2,689. At the low-end of the normal cost range, homeowners are paying $1,109, and at the high end of the average range they’re spending $2,459. More luxurious showers can cost in excess of $10,000 to install.
1 Install ceramic tile floor to match shower-Average prices for installation are between $11 to $22 per square foot; 2 A light/fan combination-Averages at $180 and one hour of installation; 3 Insulate and re-finish ceilings and walls-Fiberglass wall insulation with R-30 value will cost $2.25 per square foot.
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price to install tile in shower
Context:
In regards to tile installation costs, consumers can expect to pay an average of $25 per square foot, depending on the grade of material that is used. For a medium-sized shower, the price can cost about $2,000. Tile installation materials include:
1 Polished nickel faucets-Average cost is $400 each plus four hours of installation; 2 Install ceramic tile floor to match shower-Average prices for installation are between $11 to $22 per square foot; 3 A light/fan combination-Averages at $180 and one hour
Enhancement and improvement costs. 1 Polished nickel faucets-Average cost is $400 each plus four hours of installation; 2 Install ceramic tile floor to match shower-Average prices for installation are between $11 to $22 per square foot; 3 A light/fan combination-Averages at $180 and one hour of installation; 4 Insulate and re-finish ceilings and 5 ... Painti
Granite shower tile is available at an average of $3.49 per square foot to $6.99 per square foot. Polished stone wall tile comes in many choices, including pebble stone that costs about $10 per square foot and $12 per square foot for a smooth surface polished stone tile.
1 Higher-end tile such as granite or marble is going to cost more than a standard ceramic tile. 2 On average, plan on spending anywhere from $2,500 to as much as $5,000 or more for a standard 3′ x 5′ shower. 3 Showers can widely vary in size, but most of the time the cost will be within this price range.
Our free calculator uses recent, trusted data to estimate costs for your Bathroom Floor Tile Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install Bathroom Floor Tile ranges between $9.53 - $13.80 per square foot* .
The cost for a typical small bathroom remodel will range from about $4,000 to $12,000 with the average cost being about $8,000. Let’s look at how the costs breakout starting with the most basic remodel including a new toilet, shower, vanity & sink and tile.
The national average for a new shower installation project, when performed by a capable contractor, is $2,689. At the low-end of the normal cost range, homeowners are paying $1,109, and at the high end of the average range they’re spending $2,459. More luxurious showers can cost in excess of $10,000 to install.
1 Install ceramic tile floor to match shower-Average prices for installation are between $11 to $22 per square foot; 2 A light/fan combination-Averages at $180 and one hour of installation; 3 Insulate and re-finish ceilings and walls-Fiberglass wall insulation with R-30 value will cost $2.25 per square foot.
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$11 to $22 per square foot
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19,703 |
description
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why conversion observed in body
|
Conclusions: In adult body CT, dose to an organ fully encompassed by the primary radiation beam can be estimated from CTDI vol using a protocol-independent conversion coefficient. However, fully encompassed organs only account for 50% ± 19% of k factor and 46% ± 24% of q factor. Dose received by partially encompassed organs is also substantial. To estimate effective dose and risk index from DLP, it is necessary to use conversion coefficients specific to the anatomical region examined.
The brain uses loads and loads of energy which is a major challenge for your metabolism-the organ which uses most energy prefers to run on the fuel that can be stored worst. Fatty acids can be converted to ketones, which can partly power the brain. More about the brain later, it is not that simple.
Conversion disorder is a type of somatoform disorder where physical symptoms or signs are present that cannot be explained by a medical condition. Very importantly, unlike factitious disorders and malingering, the symptoms of somatoform disorders are not intentional or under conscious control of the patient.
Conversion disorder is a mental condition in which a person has blindness, paralysis, or other nervous system (neurologic) symptoms that cannot be explained by medical evaluation.
Conversion disorder symptoms may appear suddenly after a stressful event or trauma, whether physical or psychological. Signs and symptoms that affect movement function may include: 1 Weakness or paralysis. 2 Abnormal movement, such as tremors or difficulty walking. 3 Loss of balance.
Glucose. Glucose is a carbohydrate, and is the most important simple sugar in human metabolism. Glucose is called a simple sugar or a monosaccharide because it is one of the smallest units which has the characteristics of this class of carbohydrates. Glucose is also sometimes called dextrose. Corn syrup is primarily glucose.
Sometimes people with conversion disorder have tremors or symptoms that resemble fainting spells or seizures * . There also may be loss of feeling in various parts of the body, or loss of the sense of smell, and symptoms may occur together.
Glucose is a carbohydrate, and is the most important simple sugar in human metabolism. Glucose is called a simple sugar or a monosaccharide because it is one of the smallest units which has the characteristics of this class of carbohydrates. Glucose is also sometimes called dextrose. Corn syrup is primarily glucose.
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why conversion observed in body
Context:
Conclusions: In adult body CT, dose to an organ fully encompassed by the primary radiation beam can be estimated from CTDI vol using a protocol-independent conversion coefficient. However, fully encompassed organs only account for 50% ± 19% of k factor and 46% ± 24% of q factor. Dose received by partially encompassed organs is also substantial. To estimate effective dose and risk index from DLP, it is necessary to use conversion coefficients specific to the anatomical region examined.
The brain uses loads and loads of energy which is a major challenge for your metabolism-the organ which uses most energy prefers to run on the fuel that can be stored worst. Fatty acids can be converted to ketones, which can partly power the brain. More about the brain later, it is not that simple.
Conversion disorder is a type of somatoform disorder where physical symptoms or signs are present that cannot be explained by a medical condition. Very importantly, unlike factitious disorders and malingering, the symptoms of somatoform disorders are not intentional or under conscious control of the patient.
Conversion disorder is a mental condition in which a person has blindness, paralysis, or other nervous system (neurologic) symptoms that cannot be explained by medical evaluation.
Conversion disorder symptoms may appear suddenly after a stressful event or trauma, whether physical or psychological. Signs and symptoms that affect movement function may include: 1 Weakness or paralysis. 2 Abnormal movement, such as tremors or difficulty walking. 3 Loss of balance.
Glucose. Glucose is a carbohydrate, and is the most important simple sugar in human metabolism. Glucose is called a simple sugar or a monosaccharide because it is one of the smallest units which has the characteristics of this class of carbohydrates. Glucose is also sometimes called dextrose. Corn syrup is primarily glucose.
Sometimes people with conversion disorder have tremors or symptoms that resemble fainting spells or seizures * . There also may be loss of feeling in various parts of the body, or loss of the sense of smell, and symptoms may occur together.
Glucose is a carbohydrate, and is the most important simple sugar in human metabolism. Glucose is called a simple sugar or a monosaccharide because it is one of the smallest units which has the characteristics of this class of carbohydrates. Glucose is also sometimes called dextrose. Corn syrup is primarily glucose.
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Due to symptoms in the body
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where are the lungs located in the back
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Get the Latest health and medical information delivered direct to your inbox! The lungs are a pair of spongy, air-filled organs located on either side of the chest (thorax). The trachea (windpipe) conducts inhaled air into the lungs through its tubular branches, called bronchi. The bronchi then divide into smaller and smaller branches (bronchioles), finally becoming microscopic. Between the alveoli is a thin layer of cells called the interstitium, which contains blood vessels and cells that help support the alveoli. The lungs are covered by a thin tissue layer called the pleura. The same kind of thin tissue lines the inside of the chest cavity -- also called pleura.
your lungs are just inside your ribcage, from the chest in. there is your heart, stomach, spine, some arm muscles, and big arteries and veins between your lungs and your back … skin. there is just the ribcage and a couple big blood vessels between the lungs and the chest. 4 people found this useful.
When you have pain in your lungs and back pain, or upper back pain from your lungs, it could be the earliest signs of some very serious problems such as lung cancer, or it may only be a coincidence. You may only have something as simple as mechanical back pain, and bronchitis. There are also many possible causes of lung or breathing pain, which are not associated with your back or spine. Among these would be a collapsed lung, or an infection of some type, such as pneumonia or an abscess. You may also have pleuritis or pleurisy, an inflammation of the pleura that covers the lungs.
© 2014 WebMD, LLC. All rights reserved. The lungs are a pair of spongy, air-filled organs located on either side of the chest (thorax). The trachea (windpipe) conducts inhaled air into the lungs through its tubular branches, called bronchi. The bronchi then divide into smaller and smaller branches (bronchioles), finally becoming microscopic.
1. Get help from a doctor now ›. under ribs: The lungs in the front and back are inside the rib cage. This is why doctors will place a stethoscope on the back as well as the front to evaluate the function of the lungs. ...Read more. 1 Where are your kidneys located on your back in women. 2 Where are the lungs located in the back. 3 Where are lungs located in your body. 4 Ask a doctor a question free online. 5 Where are the lungs located in the human body.
completely unrelated to the lungs. There are many possible causes of upper back pain, but the most common cause is muscle strain. Ligament and tendon strains and sprains may also occur in the upper back. Mechanical back pain or disc herniation is possible. There are also many possible causes of lung or breathing pain, which are not associated with your back or spine. Among these would be a collapsed lung, or an infection of some type, such as pneumonia or an abscess. You may also have pleuritis or pleurisy, an inflammation of the pleura that covers
your lungs are located on the right and left side of your body just up from your waistline. They are inside your ribs from front to back, top to bottom. Your heart sits in the space between them. They have different lobes, so your pneumonia could be in a part of your lungs that reflects to your back causing the pain. Take your medicine and rest, get well soon.
In humans, the lungs are located on either side of the heart in the chest, with the left lung sharing the left side of the space with the heart, which sits in an impression called the cardiac notch. In this image, lung tissue has been dissected away to reveal the bronchioles. The lung is the essential respiratory organ in many air-breathing animals, including most tetrapods, a few fish and a few snails. In mammals and most other vertebrates, two lungs are located near the backbone on either side of the heart.
Your Lungs and Back Pain. When you are having pain in your lungs, and back pain, they may or may not be related. Learning the signs of lung cancer, the causes of lung disease, and understanding the causes of back pain will help you to find out if the pain in your lungs and the pain in your back are associated. There are also many possible causes of lung or breathing pain, which are not associated with your back or spine. Among these would be a collapsed lung, or an infection of some type, such as pneumonia or an abscess. You may also have pleuritis or pleurisy, an inflammation of the pleura that covers the lungs.
Your heart is located under your ribcage in the center of your chest between your right and left lungs. Its muscular walls beat, or contract, pumping blood to all parts of your body. The size of your heart can vary depending on your age, size, and the condition of your heart. Oxygen-rich blood from your lungs passes through the pulmonary veins (shown in red to the right of the left atrium in figure B above). The blood enters the left atrium and is pumped into the left ventricle. From the left ventricle, the oxygen-rich blood is pumped to the rest of your body through the aorta.
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where are the lungs located in the back
Context:
Get the Latest health and medical information delivered direct to your inbox! The lungs are a pair of spongy, air-filled organs located on either side of the chest (thorax). The trachea (windpipe) conducts inhaled air into the lungs through its tubular branches, called bronchi. The bronchi then divide into smaller and smaller branches (bronchioles), finally becoming microscopic. Between the alveoli is a thin layer of cells called the interstitium, which contains blood vessels and cells that help support the alveoli. The lungs are covered by a thin tissue layer called the pleura. The same kind of thin tissue lines the inside of the chest cavity -- also called pleura.
your lungs are just inside your ribcage, from the chest in. there is your heart, stomach, spine, some arm muscles, and big arteries and veins between your lungs and your back … skin. there is just the ribcage and a couple big blood vessels between the lungs and the chest. 4 people found this useful.
When you have pain in your lungs and back pain, or upper back pain from your lungs, it could be the earliest signs of some very serious problems such as lung cancer, or it may only be a coincidence. You may only have something as simple as mechanical back pain, and bronchitis. There are also many possible causes of lung or breathing pain, which are not associated with your back or spine. Among these would be a collapsed lung, or an infection of some type, such as pneumonia or an abscess. You may also have pleuritis or pleurisy, an inflammation of the pleura that covers the lungs.
© 2014 WebMD, LLC. All rights reserved. The lungs are a pair of spongy, air-filled organs located on either side of the chest (thorax). The trachea (windpipe) conducts inhaled air into the lungs through its tubular branches, called bronchi. The bronchi then divide into smaller and smaller branches (bronchioles), finally becoming microscopic.
1. Get help from a doctor now ›. under ribs: The lungs in the front and back are inside the rib cage. This is why doctors will place a stethoscope on the back as well as the front to evaluate the function of the lungs. ...Read more. 1 Where are your kidneys located on your back in women. 2 Where are the lungs located in the back. 3 Where are lungs located in your body. 4 Ask a doctor a question free online. 5 Where are the lungs located in the human body.
completely unrelated to the lungs. There are many possible causes of upper back pain, but the most common cause is muscle strain. Ligament and tendon strains and sprains may also occur in the upper back. Mechanical back pain or disc herniation is possible. There are also many possible causes of lung or breathing pain, which are not associated with your back or spine. Among these would be a collapsed lung, or an infection of some type, such as pneumonia or an abscess. You may also have pleuritis or pleurisy, an inflammation of the pleura that covers
your lungs are located on the right and left side of your body just up from your waistline. They are inside your ribs from front to back, top to bottom. Your heart sits in the space between them. They have different lobes, so your pneumonia could be in a part of your lungs that reflects to your back causing the pain. Take your medicine and rest, get well soon.
In humans, the lungs are located on either side of the heart in the chest, with the left lung sharing the left side of the space with the heart, which sits in an impression called the cardiac notch. In this image, lung tissue has been dissected away to reveal the bronchioles. The lung is the essential respiratory organ in many air-breathing animals, including most tetrapods, a few fish and a few snails. In mammals and most other vertebrates, two lungs are located near the backbone on either side of the heart.
Your Lungs and Back Pain. When you are having pain in your lungs, and back pain, they may or may not be related. Learning the signs of lung cancer, the causes of lung disease, and understanding the causes of back pain will help you to find out if the pain in your lungs and the pain in your back are associated. There are also many possible causes of lung or breathing pain, which are not associated with your back or spine. Among these would be a collapsed lung, or an infection of some type, such as pneumonia or an abscess. You may also have pleuritis or pleurisy, an inflammation of the pleura that covers the lungs.
Your heart is located under your ribcage in the center of your chest between your right and left lungs. Its muscular walls beat, or contract, pumping blood to all parts of your body. The size of your heart can vary depending on your age, size, and the condition of your heart. Oxygen-rich blood from your lungs passes through the pulmonary veins (shown in red to the right of the left atrium in figure B above). The blood enters the left atrium and is pumped into the left ventricle. From the left ventricle, the oxygen-rich blood is pumped to the rest of your body through the aorta.
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Inside the rib cage.
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numeric
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cost to get a patent
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“there will be post-filing costs once the Patent Examiner starts to examine the application filed, but those will be the subject of a future article. Still, you should budget at least another $5,000 to $7,500 for prosecution and issue fees to the Patent Office.”. By way of example, you could probably find an attorney to write a patent for a business method or computer software for quite cheap, but a cheap computer related patent would not be nearly as strong as a patent application costing $20,000 or more. The devil is always in the details.
$8,000 - $15,000. Cost to patent an electronics invention. “If you've got a mechanical invention, [a patent will] cost between $5,000 to $10,000 including attorney's fees and filing fees. If you're talking about electronics, the cost goes up to more like $8,000 to $15,000. $100,000 or more for worldwide patent rights. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Cost of getting a patent.
“Patent attorneys are expensive — it's not unusual for the patent process to cost inventors $5,000 to $15,000.” (Don Dedelak, “How To Find A Company To Make And Market An Invention” Entrepreneur, April 1, 2001). $5000 to $7000 in attorney’s fees for a simple patent application. $100,000 or more for worldwide patent rights. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Cost of getting a patent.
The costs can add up quickly no doubt, and there will be post-filing costs once the Patent Examiner starts to examine the application filed, but those will be the subject of a future article. Still, you should budget at least another $5,000 to $7,500 for prosecution and issue fees to the Patent Office. By way of example, you could probably find an attorney to write a patent for a business method or computer software for quite cheap, but a cheap computer related patent would not be nearly as strong as a patent application costing $20,000 or more. The devil is always in the details.
The filing fee is $130 for a small entity and drawings typically cost $100 to $125 per page, so a high quality provisional patent application for a mechanical or electrical device can typically be prepared and filed for $2,500 to $3,000. By way of example, you could probably find an attorney to write a patent for a business method or computer software for quite cheap, but a cheap computer related patent would not be nearly as strong as a patent application costing $20,000 or more. The devil is always in the details.
The cost of a patent can vary widely depending on, not only the complexity of the invention, but also the intended market. The most expensive patents are international patents, which can run up to $100,000 or higher. Domestically the costs can be $10,000 or above. Patent applications involve lots of text and drawings, even for simpler inventions. The first step in the patent application process is to file a non provisional patent application, which involves paying attorney fees in the range of $5000 to $15,000 or more, depending on the intricacies of the invention. The amount you spend on a patent application will also depend on the market opportunities
1 Rates for patent attorneys to prepare a patent application and defend it during the approval process range from $3,500 to $25,000 or more, depending on the complexity. 2 Attorneys fees may be based on hourly rates of $150-$400, depending on the services provided. 1 Computer software patents can be simple, moderately complex or extremely complex, depending on the nature of the application. 2
$10,000. Potential cost of prosecuting a domestic U.S. patent application. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Patent application cost. $100,000 or more for worldwide patent rights. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Cost of getting a patent.
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cost to get a patent
Context:
“there will be post-filing costs once the Patent Examiner starts to examine the application filed, but those will be the subject of a future article. Still, you should budget at least another $5,000 to $7,500 for prosecution and issue fees to the Patent Office.”. By way of example, you could probably find an attorney to write a patent for a business method or computer software for quite cheap, but a cheap computer related patent would not be nearly as strong as a patent application costing $20,000 or more. The devil is always in the details.
$8,000 - $15,000. Cost to patent an electronics invention. “If you've got a mechanical invention, [a patent will] cost between $5,000 to $10,000 including attorney's fees and filing fees. If you're talking about electronics, the cost goes up to more like $8,000 to $15,000. $100,000 or more for worldwide patent rights. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Cost of getting a patent.
“Patent attorneys are expensive — it's not unusual for the patent process to cost inventors $5,000 to $15,000.” (Don Dedelak, “How To Find A Company To Make And Market An Invention” Entrepreneur, April 1, 2001). $5000 to $7000 in attorney’s fees for a simple patent application. $100,000 or more for worldwide patent rights. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Cost of getting a patent.
The costs can add up quickly no doubt, and there will be post-filing costs once the Patent Examiner starts to examine the application filed, but those will be the subject of a future article. Still, you should budget at least another $5,000 to $7,500 for prosecution and issue fees to the Patent Office. By way of example, you could probably find an attorney to write a patent for a business method or computer software for quite cheap, but a cheap computer related patent would not be nearly as strong as a patent application costing $20,000 or more. The devil is always in the details.
The filing fee is $130 for a small entity and drawings typically cost $100 to $125 per page, so a high quality provisional patent application for a mechanical or electrical device can typically be prepared and filed for $2,500 to $3,000. By way of example, you could probably find an attorney to write a patent for a business method or computer software for quite cheap, but a cheap computer related patent would not be nearly as strong as a patent application costing $20,000 or more. The devil is always in the details.
The cost of a patent can vary widely depending on, not only the complexity of the invention, but also the intended market. The most expensive patents are international patents, which can run up to $100,000 or higher. Domestically the costs can be $10,000 or above. Patent applications involve lots of text and drawings, even for simpler inventions. The first step in the patent application process is to file a non provisional patent application, which involves paying attorney fees in the range of $5000 to $15,000 or more, depending on the intricacies of the invention. The amount you spend on a patent application will also depend on the market opportunities
1 Rates for patent attorneys to prepare a patent application and defend it during the approval process range from $3,500 to $25,000 or more, depending on the complexity. 2 Attorneys fees may be based on hourly rates of $150-$400, depending on the services provided. 1 Computer software patents can be simple, moderately complex or extremely complex, depending on the nature of the application. 2
$10,000. Potential cost of prosecuting a domestic U.S. patent application. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Patent application cost. $100,000 or more for worldwide patent rights. “Getting even a simple patent approved -- a process known as ‘prosecuting’ the patent application -- can cost up to $10,000 domestically and $100,000 or more for worldwide rights…” Cost of getting a patent.
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The most expensive patents are international patents, which can run up to $100,000 or higher.Domestically the costs can be $10,000 or above.
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best tragedies of ancient greece
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Three well-known Greek tragedy playwrights of the fifth century are Sophocles, and Euripedes. Aeschylus, who was a competitor at the City Dionysia around 499 B.C., wrote some of the oldest tragedies in the world. Aeschylus is attributed with the introducing the second actor to the stage. Another Greek playwright was Sophocles, and only seven of his tragedies--including the still-popular Antigone, Electra, and Oedipus Rex --have survived. Sophocles won twenty-four contests for his plays, never placing lower than second place.
Our knowledge of Greek tragedy is limited. Close to 900 tragedies were presented at Athens in the fifth century BC. We know that the three great tragedians, Aeschylus, Sophocles, and Euripides, wrote about 220 tragedies. We have seven surviving plays from Aeschylus and Sophocles each and nineteen from Euripides, of which at least one is not a tragedy, but a satyr play. All in all, only 32 tragedies have survived.
(1777-1779, the final lines of Oedipus at Colonnus). Sophocles of Kolōnos (c. 496 - c. 406 BCE) was one of the most famous and celebrated writers of tragedy plays in ancient Greece and his surviving works, written throughout the 5th century BCE, include such classics as Oedipus the King, Antigone, and Women of Trachis. The most famous playwrights of the genre were Aeschylus, Sophocles, and Euripides and many of their works were still performed centuries after their initial premiere. Greek tragedy led to Greek comedy and, together, these... [ continue reading ].
by Mark Cartwright. Greek tragedy was a popular and influential form of drama performed in theatres across ancient Greece from the late 6th century BCE. The most famous playwrights of the genre were Aeschylus, Sophocles, and Euripides and many of their works were still performed centuries after their initial premiere. Greek tragedy led to Greek comedy and, together, these genres formed the foundation upon which all modern theatre is based. In the Roman world, tragedy plays were translated and imitated in Latin, and the genre gave rise to a new art form from the 1st century BCE, pantomime, which drew inspiration from the presentation and subject matter of Greek tragedy.
Occupation: Playwright. Euripides was an ancient writer of Greek tragedy -- the third of the famous trio (with Sophocles and Aeschylus). He wrote about women and mythological themes, like Medea and Helen of Troy. He enhanced the importance of intrigue in tragedy.
The best playwrights of the day were famous celebrities in Ancient Greece. There were often competitions during festivals and the playwright with the best play was presented an award. The most famous Greek playwrights were Aeschylus, Sophocles, Euripides, and Aristophanes. History Ancient Greece. 1 Tragedy-Greek tragedies were very serious plays with a moral lesson. 2 They usually told the story of a mythical hero who would eventually meet his doom because of his pride.
Three well-known Greek tragedy playwrights of the fifth century are Sophocles, Euripides and Aeschylus. Comedy was also an important part of ancient Greek theatre. Comedy plays were derived from imitation; there are no traces of its origin. Aristophanes wrote most of the comedy plays.
Sophocles of Kolōnos (c. 496 - c. 406 BCE) was one of the most famous and celebrated writers of tragedy plays in ancient Greece and his surviving works, written throughout the 5th century BCE, include such classics as Oedipus the King, Antigone, and Women of Trachis. In the Roman world, tragedy plays were translated and imitated in Latin, and the genre gave rise to a new art form from the 1st century BCE, pantomime, which drew inspiration from the presentation and subject matter of Greek tragedy.
Euripides (c. 484-407 BCE) was one of the greatest authors of Greek tragedy. In 5th century BCE Athens his classic works such as Medeia cemented his reputation for clever dialogues, fine choral lyrics and a gritty realism in both his text and stage presentations. In the Roman world, tragedy plays were translated and imitated in Latin, and the genre gave rise to a new art form from the 1st century BCE, pantomime, which drew inspiration from the presentation and subject matter of Greek tragedy.
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best tragedies of ancient greece
Context:
Three well-known Greek tragedy playwrights of the fifth century are Sophocles, and Euripedes. Aeschylus, who was a competitor at the City Dionysia around 499 B.C., wrote some of the oldest tragedies in the world. Aeschylus is attributed with the introducing the second actor to the stage. Another Greek playwright was Sophocles, and only seven of his tragedies--including the still-popular Antigone, Electra, and Oedipus Rex --have survived. Sophocles won twenty-four contests for his plays, never placing lower than second place.
Our knowledge of Greek tragedy is limited. Close to 900 tragedies were presented at Athens in the fifth century BC. We know that the three great tragedians, Aeschylus, Sophocles, and Euripides, wrote about 220 tragedies. We have seven surviving plays from Aeschylus and Sophocles each and nineteen from Euripides, of which at least one is not a tragedy, but a satyr play. All in all, only 32 tragedies have survived.
(1777-1779, the final lines of Oedipus at Colonnus). Sophocles of Kolōnos (c. 496 - c. 406 BCE) was one of the most famous and celebrated writers of tragedy plays in ancient Greece and his surviving works, written throughout the 5th century BCE, include such classics as Oedipus the King, Antigone, and Women of Trachis. The most famous playwrights of the genre were Aeschylus, Sophocles, and Euripides and many of their works were still performed centuries after their initial premiere. Greek tragedy led to Greek comedy and, together, these... [ continue reading ].
by Mark Cartwright. Greek tragedy was a popular and influential form of drama performed in theatres across ancient Greece from the late 6th century BCE. The most famous playwrights of the genre were Aeschylus, Sophocles, and Euripides and many of their works were still performed centuries after their initial premiere. Greek tragedy led to Greek comedy and, together, these genres formed the foundation upon which all modern theatre is based. In the Roman world, tragedy plays were translated and imitated in Latin, and the genre gave rise to a new art form from the 1st century BCE, pantomime, which drew inspiration from the presentation and subject matter of Greek tragedy.
Occupation: Playwright. Euripides was an ancient writer of Greek tragedy -- the third of the famous trio (with Sophocles and Aeschylus). He wrote about women and mythological themes, like Medea and Helen of Troy. He enhanced the importance of intrigue in tragedy.
The best playwrights of the day were famous celebrities in Ancient Greece. There were often competitions during festivals and the playwright with the best play was presented an award. The most famous Greek playwrights were Aeschylus, Sophocles, Euripides, and Aristophanes. History Ancient Greece. 1 Tragedy-Greek tragedies were very serious plays with a moral lesson. 2 They usually told the story of a mythical hero who would eventually meet his doom because of his pride.
Three well-known Greek tragedy playwrights of the fifth century are Sophocles, Euripides and Aeschylus. Comedy was also an important part of ancient Greek theatre. Comedy plays were derived from imitation; there are no traces of its origin. Aristophanes wrote most of the comedy plays.
Sophocles of Kolōnos (c. 496 - c. 406 BCE) was one of the most famous and celebrated writers of tragedy plays in ancient Greece and his surviving works, written throughout the 5th century BCE, include such classics as Oedipus the King, Antigone, and Women of Trachis. In the Roman world, tragedy plays were translated and imitated in Latin, and the genre gave rise to a new art form from the 1st century BCE, pantomime, which drew inspiration from the presentation and subject matter of Greek tragedy.
Euripides (c. 484-407 BCE) was one of the greatest authors of Greek tragedy. In 5th century BCE Athens his classic works such as Medeia cemented his reputation for clever dialogues, fine choral lyrics and a gritty realism in both his text and stage presentations. In the Roman world, tragedy plays were translated and imitated in Latin, and the genre gave rise to a new art form from the 1st century BCE, pantomime, which drew inspiration from the presentation and subject matter of Greek tragedy.
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Sophocles, Aeschylus and Euripides
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description
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what is a conifer
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All extant conifers are woody plants with secondary growth, the great majority being trees with just a few being shrubs. Typical examples of conifers include cedars, Douglas-firs, cypresses, firs, junipers, kauri, larches, pines, hemlocks, redwoods, spruces, and yews. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
Since most conifers are evergreens, the leaves of many conifers are long, thin and have a needle-like appearance, but others, including most of the Cupressaceae and some of the Podocarpaceae, have flat, triangular scale-like leaves. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
The earliest conifers in the fossil record date to the late Carboniferous (Pennsylvanian) period (about 300 million years ago), possibly arising from Cordaites, a seed-bearing plant with cone-like fertile structures. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
A conifer is a tree or shrub which produces distinctive cones as part of its sexual reproduction. These woody plants are classified among the gymnosperms, and they have a wide variety of uses, from trapping carbon in the environment to providing resins which can be used in the production of solvents. Several features beyond the cones set conifers apart from other types of woody plants. A conifer is typically evergreen, although some individuals are deciduous, and almost all conifers have needle or scale-like leaves.
Full Definition of CONIFER. : any of an order (Coniferales) of mostly evergreen trees and shrubs having usually needle-shaped or scalelike leaves and including forms (as pines) with true cones and others (as yews) with an arillate fruit. — co·nif·er·ous \kō-ˈni-f(ə-)rəs, kə-\ adjective.
Any of various trees or shrubs that bear cones. Conifers are dependent on the wind to blow pollen produced by the male cones to the female cones, where seeds develop. Conifers are usually evergreen, often have needle-shaped or scale-like leaves, and include the pine, fir, spruce, hemlock, and yew. See Note at pollination. 1. conifer-any gymnospermous tree or shrub bearing cones. coniferous tree. pine, pine tree, true pine-a coniferous tree. larch tree, larch-any of numerous conifers of the genus Larix all having deciduous needlelike leaves.
Conifer Health Solutions is a health services company like no other. What makes us exceptional is that we focus on strengthening both the financial health of your organization and the personal health of your patients, your community, your employees and your members.
The conifers, division Pinophyta, also known as division Coniferophyta or Coniferae, are one of 12 extant division-level taxa within the Kingdom Plantae (Viridiplantae) and 10 within the extant land plants. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
Definition of CONIFER for Kids. : any of a group of mostly evergreen trees and shrubs (as pines) that typically produce cones and have leaves resembling needles or scales in shape. — co·nif·er·ous \kō-ˈni-fə-rəs, kə-\ adjective. : any of an order (Coniferales) of mostly evergreen trees and shrubs having usually needle-shaped or scalelike leaves and including forms (as pines) with true cones and others (as yews) with an arillate fruit. — co·nif·er·ous \kō-ˈni-f(ə-)
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what is a conifer
Context:
All extant conifers are woody plants with secondary growth, the great majority being trees with just a few being shrubs. Typical examples of conifers include cedars, Douglas-firs, cypresses, firs, junipers, kauri, larches, pines, hemlocks, redwoods, spruces, and yews. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
Since most conifers are evergreens, the leaves of many conifers are long, thin and have a needle-like appearance, but others, including most of the Cupressaceae and some of the Podocarpaceae, have flat, triangular scale-like leaves. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
The earliest conifers in the fossil record date to the late Carboniferous (Pennsylvanian) period (about 300 million years ago), possibly arising from Cordaites, a seed-bearing plant with cone-like fertile structures. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
A conifer is a tree or shrub which produces distinctive cones as part of its sexual reproduction. These woody plants are classified among the gymnosperms, and they have a wide variety of uses, from trapping carbon in the environment to providing resins which can be used in the production of solvents. Several features beyond the cones set conifers apart from other types of woody plants. A conifer is typically evergreen, although some individuals are deciduous, and almost all conifers have needle or scale-like leaves.
Full Definition of CONIFER. : any of an order (Coniferales) of mostly evergreen trees and shrubs having usually needle-shaped or scalelike leaves and including forms (as pines) with true cones and others (as yews) with an arillate fruit. — co·nif·er·ous \kō-ˈni-f(ə-)rəs, kə-\ adjective.
Any of various trees or shrubs that bear cones. Conifers are dependent on the wind to blow pollen produced by the male cones to the female cones, where seeds develop. Conifers are usually evergreen, often have needle-shaped or scale-like leaves, and include the pine, fir, spruce, hemlock, and yew. See Note at pollination. 1. conifer-any gymnospermous tree or shrub bearing cones. coniferous tree. pine, pine tree, true pine-a coniferous tree. larch tree, larch-any of numerous conifers of the genus Larix all having deciduous needlelike leaves.
Conifer Health Solutions is a health services company like no other. What makes us exceptional is that we focus on strengthening both the financial health of your organization and the personal health of your patients, your community, your employees and your members.
The conifers, division Pinophyta, also known as division Coniferophyta or Coniferae, are one of 12 extant division-level taxa within the Kingdom Plantae (Viridiplantae) and 10 within the extant land plants. The conifers are an ancient group, with a fossil record extending back about 300 million years to the Paleozoic in the late Carboniferous period; even many of the modern genera are recognizable from fossils 60–120 million years old.
Definition of CONIFER for Kids. : any of a group of mostly evergreen trees and shrubs (as pines) that typically produce cones and have leaves resembling needles or scales in shape. — co·nif·er·ous \kō-ˈni-fə-rəs, kə-\ adjective. : any of an order (Coniferales) of mostly evergreen trees and shrubs having usually needle-shaped or scalelike leaves and including forms (as pines) with true cones and others (as yews) with an arillate fruit. — co·nif·er·ous \kō-ˈni-f(ə-)
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A tree or shrub which produces distinctive cones as part of its sexual reproduction.
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entity
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in animals somatic cells are produced by and gametic cells are produced by
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For an example, a human gamete contains only 23 chromosomes where as a human somatic cell contains 46 chromosomes. Germ cells are the cells which give rise to gametes. Meiosis takes place during gametogenesis (process of gamete production) giving rise to haploid cells. • Somatic cells contain homologous pairs of chromosomes, whereas gametes contain only unpaired chromosomes. • Somatic cells form internal and external structures of the body, whereas gametes do not. • Somatic cells are found almost everywhere in the body, whereas gametes are restricted to certain parts.
Unlike the somatic cells, gametes are haploid cells, which carry unpaired chromosomes. A gamete of a particular multicellular organism always carries only half the number of chromosomes carried by a somatic cell of that particular organism. • Somatic cells contain homologous pairs of chromosomes, whereas gametes contain only unpaired chromosomes. • Somatic cells form internal and external structures of the body, whereas gametes do not. • Somatic cells are found almost everywhere in the body, whereas gametes are restricted to certain parts.
In humans, n = 23. Gametes contain half the chromosomes contained in normal diploid cells of the body, which are also known as somatic cells. Haploid gametes are produced during meiosis, which is a type of cell division that reduces the number of chromosomes in a parent diploid cell by half. The term haploid can also refer to the number of chromosomes in egg or sperm cells, which are also called gametes. In humans, gametes are haploid cells that contain 23 chromosomes, each of which a one of a chromosome pair that exists in diplod cells.
In animals, somatic cells are produced by mitosis and ________ are produced by meiosis. After telophase I of meiosis, the chromosomal makeup of each daughter cell is. A) diploid, and the chromosomes are composed of a single chromatid. B) diploid, and the chromosomes are composed of two chromatids. C) ha
Haploid describes a cell that contains a single set of chromosomes. The term haploid can also refer to the number of chromosomes in egg or sperm cells, which are also called gametes. In humans, gametes are haploid cells that contain 23 chromosomes, each of which a one of a chromosome pair that exists in diplod cells. The number of chromosomes in a single set is represented as n, which is also called the haploid number
Relevance. Rating Newest Oldest. Best Answer: A. gametes The reason gametes are produced by meiosis is because meiosis creates 4 'daughter' cells from the original 'parent' cell, but each daughter cell contains only half the chromosomes of the parent.
In animals somatic cells are produced by mitosis and answer here are produced by meiosis. a. gametes b. clones c. zygotes d. spores e. Gametes are your haploid sex cells which are formed by meiosis. Gametes combined to form a zygote which is a diploid cell. Spores are haploid plant sex cells. Clones doesn`t even make sense ..
Gametes are an organism's reproductive cells. They are also referred to as sex cells. Female gametes are called ova or egg cells, and male gametes are called sperm. Gametes are haploid cells, and each cell carries only one copy of each chromosome. These reproductive cells are produced through a type of cell division called meiosi
Gametes (sperm and ova) are haploid cells. The haploid gametes produced by most organisms combine to form a zygote with n pairs of chromosomes, i.e. 2 n chromosomes in total. The chromosomes in each pair, one of which comes from the sperm and one from the egg, are said to be homologous. Cells and organisms with pairs of homologous chromosomes are called diploid. For example, most animals are diploid and produce haploid gametes. During meiosis, sex cell precursors have their number of chromosomes halved by randomly choosing one member of each pair of chromosomes, resulting in
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in animals somatic cells are produced by and gametic cells are produced by
Context:
For an example, a human gamete contains only 23 chromosomes where as a human somatic cell contains 46 chromosomes. Germ cells are the cells which give rise to gametes. Meiosis takes place during gametogenesis (process of gamete production) giving rise to haploid cells. • Somatic cells contain homologous pairs of chromosomes, whereas gametes contain only unpaired chromosomes. • Somatic cells form internal and external structures of the body, whereas gametes do not. • Somatic cells are found almost everywhere in the body, whereas gametes are restricted to certain parts.
Unlike the somatic cells, gametes are haploid cells, which carry unpaired chromosomes. A gamete of a particular multicellular organism always carries only half the number of chromosomes carried by a somatic cell of that particular organism. • Somatic cells contain homologous pairs of chromosomes, whereas gametes contain only unpaired chromosomes. • Somatic cells form internal and external structures of the body, whereas gametes do not. • Somatic cells are found almost everywhere in the body, whereas gametes are restricted to certain parts.
In humans, n = 23. Gametes contain half the chromosomes contained in normal diploid cells of the body, which are also known as somatic cells. Haploid gametes are produced during meiosis, which is a type of cell division that reduces the number of chromosomes in a parent diploid cell by half. The term haploid can also refer to the number of chromosomes in egg or sperm cells, which are also called gametes. In humans, gametes are haploid cells that contain 23 chromosomes, each of which a one of a chromosome pair that exists in diplod cells.
In animals, somatic cells are produced by mitosis and ________ are produced by meiosis. After telophase I of meiosis, the chromosomal makeup of each daughter cell is. A) diploid, and the chromosomes are composed of a single chromatid. B) diploid, and the chromosomes are composed of two chromatids. C) ha
Haploid describes a cell that contains a single set of chromosomes. The term haploid can also refer to the number of chromosomes in egg or sperm cells, which are also called gametes. In humans, gametes are haploid cells that contain 23 chromosomes, each of which a one of a chromosome pair that exists in diplod cells. The number of chromosomes in a single set is represented as n, which is also called the haploid number
Relevance. Rating Newest Oldest. Best Answer: A. gametes The reason gametes are produced by meiosis is because meiosis creates 4 'daughter' cells from the original 'parent' cell, but each daughter cell contains only half the chromosomes of the parent.
In animals somatic cells are produced by mitosis and answer here are produced by meiosis. a. gametes b. clones c. zygotes d. spores e. Gametes are your haploid sex cells which are formed by meiosis. Gametes combined to form a zygote which is a diploid cell. Spores are haploid plant sex cells. Clones doesn`t even make sense ..
Gametes are an organism's reproductive cells. They are also referred to as sex cells. Female gametes are called ova or egg cells, and male gametes are called sperm. Gametes are haploid cells, and each cell carries only one copy of each chromosome. These reproductive cells are produced through a type of cell division called meiosi
Gametes (sperm and ova) are haploid cells. The haploid gametes produced by most organisms combine to form a zygote with n pairs of chromosomes, i.e. 2 n chromosomes in total. The chromosomes in each pair, one of which comes from the sperm and one from the egg, are said to be homologous. Cells and organisms with pairs of homologous chromosomes are called diploid. For example, most animals are diploid and produce haploid gametes. During meiosis, sex cell precursors have their number of chromosomes halved by randomly choosing one member of each pair of chromosomes, resulting in
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Somatic cells are produced by mitosis and gametes produced by most organisms combine to form a zygote with n pairs of chromosomes.
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19,710 |
person
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remembering the name of the author who wrote the cat in the hat
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For the TV special, see The Cat in the Hat (TV special) . For the 2003 film, see The Cat in the Hat (film) . For the disambiguation, see The Cat in the Hat (disambiguation) . The Cat in the Hat is a children's book written and illustrated by Theodor Geisel under the pen name Dr. Seuss and first published in 1957. The story centers on a tall anthropomorphic cat, who wears a red and white-striped hat and a red bow tie
While many children and adults have enjoyed books by Dr. Seuss, very few actually know anything about Dr. Seuss himself. Dr. Seuss was born in 1904 and was given the name Theodor Seuss Geisel. He grew up in Springfield, Massachusetts and left town as a young man to attend Dartmouth College in New Hampshire.
The Cat in the Hat is a farm cat of Dr. Seuss's short story The Cat in the Hat. With his book being an overwhelmingly successful best-seller, the Cat in the Hat has become a logo for Random House's beginner books, the production logo for all of Seuss's animated shorts, and Dr. Seuss's most popular character world wide. The Cat in the Hat emblem has been featured on most every book published by the company since the character’s debut. “The Cat in the Hat Productions” was also the name of the production company that animated the Dr. Seuss specials from 1966 to 1989, the Cat in the Hat of course being the mascot as well.
Theodor Seuss Geisel (/ˈsɔɪs/ /ˈɡaɪ.zəl/ ; March 2, 1904 – September 24, 1991) was an American writer and illustrator best known for authoring popular children's books under the pen name Dr. Seuss (/suːs/). Geisel adopted his Dr. Seuss pseudonym during his university studies at Dartmouth College and the University of Oxford. After leaving Oxford in 1927 he began his career as an illustrator and cartoonist for Vanity Fair, Life, and various other publications.
The Cat in the Hat would change all that. Seuss wrote the book to teach children how to read, and its success allowed him to write full-time for children. Indeed, the Cat made Dr. Seuss a household name. With the publication of The Cat in the Hat in the spring of 1957 and of How the Grinch Stole Christmas! later that year, Dr. Seuss became an icon of American children's literature. He was born Theodor Seuss Geisel in Springfield, Massachusetts, on March 2, 1904.
Returning to children's books, he wrote many works, including such favorites as If I Ran the Zoo, (1950), Horton Hears a Who! (1955), If I Ran the Circus (1956), The Cat in the Hat (1957), How the Grinch Stole Christmas (1957) and Green Eggs and Ham (1960). Geisel adopted his Dr. Seuss pseudonym during his university studies at Dartmouth College and the University of Oxford. After leaving Oxford in 1927 he began his career as an illustrator and cartoonist for Vanity Fair, Life, and various other publications.
Dr. Seuss is the pen name of American author, poet and cartoonist Theodor Seuss Geisel (1904-1991). During his career, he wrote nearly 50 children’s books full of imaginative characters and memorable rhymes. He also wrote under the pen names Theo LeSieg and Rosetta Stone. Among the characters he created were The Cat in the Hat, The Grinch, The Lorax, Horton (of “Hears a Who” fame) and many more. Dr. Seuss’ first book was And To Think That I Saw It on Mulberry Street, published in 1937.
The cat in the hat is a giant cat who wears a striped red and white hat, found in Dr. Seuss books. Mike Myers stars in the film Cat in the Hat. He plays … him, Dakota Fanning plays Sally, Spencer Breslin plays Conrad, Kelly Preston plays the mum. 1 person found this useful.
After the war Geisel focused on his children's books, writing classics such as If I Ran the Zoo (1950), Horton Hears a Who! (1955), If I Ran the Circus (1956), The Cat in the Hat (1957), How the Grinch Stole Christmas! (1957), and Green Eggs and Ham (1960). Geisel adopted his Dr. Seuss pseudonym during his university studies at Dartmouth College and the University of Oxford. After leaving Oxford in 1927 he began his career as an illustrator and cartoonist for Vanity Fair, Life, and various other publications.
The Cat in the Hat is a children's book by Dr. Seuss, featuring a tall, anthropomorphic, mischievous cat, wearing a tall, red and white striped hat. With the series of Beginner Books that The Cat inaugurated, Seuss promoted both his name and the cause of elementary literacy in the United States.
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remembering the name of the author who wrote the cat in the hat
Context:
For the TV special, see The Cat in the Hat (TV special) . For the 2003 film, see The Cat in the Hat (film) . For the disambiguation, see The Cat in the Hat (disambiguation) . The Cat in the Hat is a children's book written and illustrated by Theodor Geisel under the pen name Dr. Seuss and first published in 1957. The story centers on a tall anthropomorphic cat, who wears a red and white-striped hat and a red bow tie
While many children and adults have enjoyed books by Dr. Seuss, very few actually know anything about Dr. Seuss himself. Dr. Seuss was born in 1904 and was given the name Theodor Seuss Geisel. He grew up in Springfield, Massachusetts and left town as a young man to attend Dartmouth College in New Hampshire.
The Cat in the Hat is a farm cat of Dr. Seuss's short story The Cat in the Hat. With his book being an overwhelmingly successful best-seller, the Cat in the Hat has become a logo for Random House's beginner books, the production logo for all of Seuss's animated shorts, and Dr. Seuss's most popular character world wide. The Cat in the Hat emblem has been featured on most every book published by the company since the character’s debut. “The Cat in the Hat Productions” was also the name of the production company that animated the Dr. Seuss specials from 1966 to 1989, the Cat in the Hat of course being the mascot as well.
Theodor Seuss Geisel (/ˈsɔɪs/ /ˈɡaɪ.zəl/ ; March 2, 1904 – September 24, 1991) was an American writer and illustrator best known for authoring popular children's books under the pen name Dr. Seuss (/suːs/). Geisel adopted his Dr. Seuss pseudonym during his university studies at Dartmouth College and the University of Oxford. After leaving Oxford in 1927 he began his career as an illustrator and cartoonist for Vanity Fair, Life, and various other publications.
The Cat in the Hat would change all that. Seuss wrote the book to teach children how to read, and its success allowed him to write full-time for children. Indeed, the Cat made Dr. Seuss a household name. With the publication of The Cat in the Hat in the spring of 1957 and of How the Grinch Stole Christmas! later that year, Dr. Seuss became an icon of American children's literature. He was born Theodor Seuss Geisel in Springfield, Massachusetts, on March 2, 1904.
Returning to children's books, he wrote many works, including such favorites as If I Ran the Zoo, (1950), Horton Hears a Who! (1955), If I Ran the Circus (1956), The Cat in the Hat (1957), How the Grinch Stole Christmas (1957) and Green Eggs and Ham (1960). Geisel adopted his Dr. Seuss pseudonym during his university studies at Dartmouth College and the University of Oxford. After leaving Oxford in 1927 he began his career as an illustrator and cartoonist for Vanity Fair, Life, and various other publications.
Dr. Seuss is the pen name of American author, poet and cartoonist Theodor Seuss Geisel (1904-1991). During his career, he wrote nearly 50 children’s books full of imaginative characters and memorable rhymes. He also wrote under the pen names Theo LeSieg and Rosetta Stone. Among the characters he created were The Cat in the Hat, The Grinch, The Lorax, Horton (of “Hears a Who” fame) and many more. Dr. Seuss’ first book was And To Think That I Saw It on Mulberry Street, published in 1937.
The cat in the hat is a giant cat who wears a striped red and white hat, found in Dr. Seuss books. Mike Myers stars in the film Cat in the Hat. He plays … him, Dakota Fanning plays Sally, Spencer Breslin plays Conrad, Kelly Preston plays the mum. 1 person found this useful.
After the war Geisel focused on his children's books, writing classics such as If I Ran the Zoo (1950), Horton Hears a Who! (1955), If I Ran the Circus (1956), The Cat in the Hat (1957), How the Grinch Stole Christmas! (1957), and Green Eggs and Ham (1960). Geisel adopted his Dr. Seuss pseudonym during his university studies at Dartmouth College and the University of Oxford. After leaving Oxford in 1927 he began his career as an illustrator and cartoonist for Vanity Fair, Life, and various other publications.
The Cat in the Hat is a children's book by Dr. Seuss, featuring a tall, anthropomorphic, mischievous cat, wearing a tall, red and white striped hat. With the series of Beginner Books that The Cat inaugurated, Seuss promoted both his name and the cause of elementary literacy in the United States.
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Dr. Seuss
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how long cooking chicken legs in the big easy
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Bake the chicken. Put the chicken in the oven and set a timer for 30 minutes. Check the chicken after 30 minutes. It should be ready when the skin is crispy and golden brown, or when the internal temperature has reached 180 degrees. Use a meat thermometer to check the temperature.
Directions. 1 Put some olive oil in the bottom of a 9X13 pan (just enough to put the drumsticks on). 2 Add drumsticks (space enough apart so they aren't touching each other). 3 Sprinkle generously with pepper and garlic powder. 4 Bake at 375 for half an hour. 5 Bake another half an hour (or until cooked til 160 degrees)).
1 Arrange chicken thighs/leg quarters skin side up in a shallow baking dish. 2 Sprinkle with garlic powder. 3 Drizzle about 1/2 teaspoon soy sauce on each piece. 4 Bake at 350 degrees Fahrenheit for 45 minutes to an hour, until the skin is crisp and brown and the meat is ready to fall off the bones.
Preheat the oven to 400°F. Bake the chicken, uncovered, for 35 to 40 minutes or until the chicken is no longer pink inside. You can bake the chicken legs in a 375°F. oven, if desired. Increase the baking time to 45 to 50 minutes.
Directions. 1 Arrange chicken thighs/leg quarters skin side up in a shallow baking dish. 2 Sprinkle with garlic powder. 3 Drizzle about 1/2 teaspoon soy sauce on each piece. 4 Bake at 350 degrees Fahrenheit for 45 minutes to an hour, until the skin is crisp and brown and the meat is ready to fall off the bones.
1 Put some olive oil in the bottom of a 9X13 pan (just enough to put the drumsticks on). 2 Add drumsticks (space enough apart so they aren't touching each other). 3 Sprinkle generously with pepper and garlic powder. 4 Sprinkle lightly with salt. 5 Bake at 375 for half an hour.
Heat canola oil in pan and place the coated chicken legs side by side in a pan turning to brown evenly. Cook 20 to 25 minutes until legs are cooked through.
Directions. 1 Put some olive oil in the bottom of a 9X13 pan (just enough to put the drumsticks on). 2 Add drumsticks (space enough apart so they aren't touching each other). 3 Sprinkle generously with pepper and garlic powder. 4 Sprinkle lightly with salt. 5 Bake at 375 for half an hour.
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how long cooking chicken legs in the big easy
Context:
Bake the chicken. Put the chicken in the oven and set a timer for 30 minutes. Check the chicken after 30 minutes. It should be ready when the skin is crispy and golden brown, or when the internal temperature has reached 180 degrees. Use a meat thermometer to check the temperature.
Directions. 1 Put some olive oil in the bottom of a 9X13 pan (just enough to put the drumsticks on). 2 Add drumsticks (space enough apart so they aren't touching each other). 3 Sprinkle generously with pepper and garlic powder. 4 Bake at 375 for half an hour. 5 Bake another half an hour (or until cooked til 160 degrees)).
1 Arrange chicken thighs/leg quarters skin side up in a shallow baking dish. 2 Sprinkle with garlic powder. 3 Drizzle about 1/2 teaspoon soy sauce on each piece. 4 Bake at 350 degrees Fahrenheit for 45 minutes to an hour, until the skin is crisp and brown and the meat is ready to fall off the bones.
Preheat the oven to 400°F. Bake the chicken, uncovered, for 35 to 40 minutes or until the chicken is no longer pink inside. You can bake the chicken legs in a 375°F. oven, if desired. Increase the baking time to 45 to 50 minutes.
Directions. 1 Arrange chicken thighs/leg quarters skin side up in a shallow baking dish. 2 Sprinkle with garlic powder. 3 Drizzle about 1/2 teaspoon soy sauce on each piece. 4 Bake at 350 degrees Fahrenheit for 45 minutes to an hour, until the skin is crisp and brown and the meat is ready to fall off the bones.
1 Put some olive oil in the bottom of a 9X13 pan (just enough to put the drumsticks on). 2 Add drumsticks (space enough apart so they aren't touching each other). 3 Sprinkle generously with pepper and garlic powder. 4 Sprinkle lightly with salt. 5 Bake at 375 for half an hour.
Heat canola oil in pan and place the coated chicken legs side by side in a pan turning to brown evenly. Cook 20 to 25 minutes until legs are cooked through.
Directions. 1 Put some olive oil in the bottom of a 9X13 pan (just enough to put the drumsticks on). 2 Add drumsticks (space enough apart so they aren't touching each other). 3 Sprinkle generously with pepper and garlic powder. 4 Sprinkle lightly with salt. 5 Bake at 375 for half an hour.
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45 minutes to an hour
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numeric
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average cost of heating per square foot
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Back to Top How much should a typical radiant system cost? On average, a radiant heating system will typically cost between $6-$12 per square foot to install. The variance in price is mainly affected by the amount of separate zoned areas and the overall size of the system.
A well designed radiant system... will normally cost less than $3 per square foot, and less than $2 for a slab on grade .. Interestingly enough, the site also explains that the larger the home the lower the cost of the equipment, and gives a quote for a five thousand square foot installation at $2 per square foot.
1 Expect to pay about $6-$16 a square foot for a professionally installed hydronic (hot water) radiant floor heating system, or $9,000-$22,500 or more for a 1,500 square foot home, depending on local rates, the number of temperature zones and the overall size of the system.
Typical costs: 1 Expect to pay about $6-$16 a square foot for a professionally installed hydronic (hot water) radiant floor heating system, or $9,000-$22,500 or more for a 1,500 square foot home, depending on local rates, the number of temperature zones and the overall size of the system.
Current electric charges in the area are about 15¢ per kWh, natural gas is about $1.40 a ccf, propane is about $3.00 a gallon, and oil is about $3.20 a gallon. The annual cost to heat a 2200 square foot existing house of average energy consumption for different combinations of fuels and furnaces: 1 Natural Gas in an 80% furnace: $1215.
Our free calculator uses recent, trusted data to estimate costs for your Electric Radiant Floor Installation project. For a basic 125 square feet project in zip code 47474, the benchmark cost to Install Radiant Floor Heat ranges between $5.17 - $7.89 per square foot* . To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased.
On average the systems cost between $6-$12 per square foot of the conditioned space. In addition, an indirect fired storage option which we install for domestic water heating using the same space heating boiler will run between $4,500.00-$7,000.00.
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average cost of heating per square foot
Context:
Back to Top How much should a typical radiant system cost? On average, a radiant heating system will typically cost between $6-$12 per square foot to install. The variance in price is mainly affected by the amount of separate zoned areas and the overall size of the system.
A well designed radiant system... will normally cost less than $3 per square foot, and less than $2 for a slab on grade .. Interestingly enough, the site also explains that the larger the home the lower the cost of the equipment, and gives a quote for a five thousand square foot installation at $2 per square foot.
1 Expect to pay about $6-$16 a square foot for a professionally installed hydronic (hot water) radiant floor heating system, or $9,000-$22,500 or more for a 1,500 square foot home, depending on local rates, the number of temperature zones and the overall size of the system.
Typical costs: 1 Expect to pay about $6-$16 a square foot for a professionally installed hydronic (hot water) radiant floor heating system, or $9,000-$22,500 or more for a 1,500 square foot home, depending on local rates, the number of temperature zones and the overall size of the system.
Current electric charges in the area are about 15¢ per kWh, natural gas is about $1.40 a ccf, propane is about $3.00 a gallon, and oil is about $3.20 a gallon. The annual cost to heat a 2200 square foot existing house of average energy consumption for different combinations of fuels and furnaces: 1 Natural Gas in an 80% furnace: $1215.
Our free calculator uses recent, trusted data to estimate costs for your Electric Radiant Floor Installation project. For a basic 125 square feet project in zip code 47474, the benchmark cost to Install Radiant Floor Heat ranges between $5.17 - $7.89 per square foot* . To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased.
On average the systems cost between $6-$12 per square foot of the conditioned space. In addition, an indirect fired storage option which we install for domestic water heating using the same space heating boiler will run between $4,500.00-$7,000.00.
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$6-$16 a square foot
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19,713 |
description
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is mount pinatubo made of granite or basalt
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Pumice is a light-colored, extremely porous igneous rock that forms during explosive volcanic eruptions. It is used as aggregate in lightweight concrete, as landscaping aggregate, and as an abrasive in a variety of industrial and consumer products. The second most powerful volcanic eruption of the 20th century was at Mount Pinatubo in 1991. The description below explains how enormous volumes of dissolved gas powered the eruption and how a cubic mile of ash and pumice lapilli was blasted from the volcano.
There are four major groups of the igneous rocks: basalt, andesite, dacite and rhyolite. Each of these different rock groups form different types of volcanoes. Volcanic rocks forming during eruption of Kilauea, USGS. Rhyolite rocks. Rhyolite magma cooling underground forms granite. Granite has large interlocking crystals that can be easily seen if you hold the rock at arm's length. Rhyolite is associated super volcanoes and explosive volcanic eruptions that create calderas. Basalt rocks. Basalt rocks are formed from dark heavy lava that usually forms in the upper mantle. Pillow basalt covers all the ocean floors. It forms when lava erupts on the ocean floor at spreading ridges where two crustal plates are separating.
The effects of the eruption were felt worldwide. It ejected roughly 10,000,000,000 tonnes (1.1 × 10 10 short tons) or 10 km 3 (2.4 cu mi) of magma, and 20,000,000 tonnes (22,000,000 short tons) SO 2, bringing vast quantities of minerals and metals to the surface environment. It injected more particulate into the stratosphere than any eruption since Krakatoa in 1883. Over the following months, the aerosols formed a global layer of sulfuric acid haze. Global temperatures dropped by about 0.5 °C (0.9 °F) in the years 1991-93, and ozone depletion temporarily increased substantially
Basalt and granite actually have quite a bit in common. Both are igneous rocks, which means that they cooled from a magma (the earth gets very hot just below the surface, and there is lots of liquid rock available). Both are made up of minerals from the silicate group, so both have large amounts of silicon and oxygen. Granite is the ultimate silicate rock. As discussed elsewhere in greater detail, on average oxygen and silicon account for 75% of the earth's crust. The remaining 25% is split among several other elements, with aluminum and potassium contributing the most to the formation of the continental granitic rocks.
Mount Pinatubo is a volcano on the island of Luzon in the Philippines. It is best known for its enormous eruption on June 15, 1991. This eruption was the second largest of … the twentieth century. 1 person found this useful. Similar to many other volcanoes it has a large assortment or rocks, a lot of granite as these rocks are carried out from the magma chamber. … There are other rocks such as basalt, Scoria, sandstone, mudstone, shale, limestone, quartize, hornfels, slate and marble. 4 people
Mount Pinatubo (Filipino: Bundok Pinatubo) is an active stratovolcano in the Cabusilan Mountains on the island of Luzon, near the tripoint of the Philippine provinces of Zambales, Tarlac, and Pampanga. Before the volcanic activities of 1991, its eruptive history was unknown to most people. It ejected roughly 10,000,000,000 tonnes (1.1 × 10 10 short tons) or 10 km 3 (2.4 cu mi) of magma, and 20,000,000 tonnes (22,000,000 short tons) SO 2, bringing vast quantities of minerals and metals to the surface environment. It injected more particulate into the stratosphere than any eruption since Krakatoa in 1883.
Dacite rocks. Dacite contains less quartz than rhyolite lava and more than andesite lava. The lava when it flows out a a volcano vent is so sticky that it piles on top of a volcano's vent forming a dome. Lava domes often form in the craters of stratovolcanoes like Mount Saint Helens. Basalt rocks. Basalt rocks are formed from dark heavy lava that usually forms in the upper mantle. Pillow basalt covers all the ocean floors. It forms when lava erupts on the ocean floor at spreading ridges where two crustal plates are separating.
Today, ancestral Pinatubo is exposed in relict walls of an old 3.5x4.5-km caldera, recognized by Delfin (1983, 1984) and named here the Tayawan caldera (fig. 3). Prominent points on the relict rim of that caldera include Mount Donald Macdonald (southeast caldera rim) and Mount Tayawan (north-northeast caldera rim). Radiocarbon ages suggest that eruptions from the modern Pinatubo have been clustered in at least six and possibly as many as a dozen eruptive periods. Each eruptive period is short in relation to intervening repose periods (table 1, fig. 5). Each of these six eruptive periods of modern Mount Pinatubo is described below.
Igneous Rocks. magma: The term used to describe the liquid when it is within the Earth's crust or mantle. lava: The term used to describe the liquid when it has reached the surface of the Earth. Classification. The Classification of igneous rocks is based on a combination of chemical composition and texture. Andesite. As noted earlier, these rocks form above active subduction zones on both continental and oceanic plates. Eruptions typically result in the construction of large, steep-sided, composite or strato volcanoes made up of alternating lava flows and pyroclastic (ash) deposits.
Rocks found at present day Mount Pinatubo are mostly dacite with andesitic xenoliths. Andesite is a volcanic rock that is gray to black in color. This rock mostly comes from stratovolcanoes in a form of thick lava flows.
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is mount pinatubo made of granite or basalt
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Pumice is a light-colored, extremely porous igneous rock that forms during explosive volcanic eruptions. It is used as aggregate in lightweight concrete, as landscaping aggregate, and as an abrasive in a variety of industrial and consumer products. The second most powerful volcanic eruption of the 20th century was at Mount Pinatubo in 1991. The description below explains how enormous volumes of dissolved gas powered the eruption and how a cubic mile of ash and pumice lapilli was blasted from the volcano.
There are four major groups of the igneous rocks: basalt, andesite, dacite and rhyolite. Each of these different rock groups form different types of volcanoes. Volcanic rocks forming during eruption of Kilauea, USGS. Rhyolite rocks. Rhyolite magma cooling underground forms granite. Granite has large interlocking crystals that can be easily seen if you hold the rock at arm's length. Rhyolite is associated super volcanoes and explosive volcanic eruptions that create calderas. Basalt rocks. Basalt rocks are formed from dark heavy lava that usually forms in the upper mantle. Pillow basalt covers all the ocean floors. It forms when lava erupts on the ocean floor at spreading ridges where two crustal plates are separating.
The effects of the eruption were felt worldwide. It ejected roughly 10,000,000,000 tonnes (1.1 × 10 10 short tons) or 10 km 3 (2.4 cu mi) of magma, and 20,000,000 tonnes (22,000,000 short tons) SO 2, bringing vast quantities of minerals and metals to the surface environment. It injected more particulate into the stratosphere than any eruption since Krakatoa in 1883. Over the following months, the aerosols formed a global layer of sulfuric acid haze. Global temperatures dropped by about 0.5 °C (0.9 °F) in the years 1991-93, and ozone depletion temporarily increased substantially
Basalt and granite actually have quite a bit in common. Both are igneous rocks, which means that they cooled from a magma (the earth gets very hot just below the surface, and there is lots of liquid rock available). Both are made up of minerals from the silicate group, so both have large amounts of silicon and oxygen. Granite is the ultimate silicate rock. As discussed elsewhere in greater detail, on average oxygen and silicon account for 75% of the earth's crust. The remaining 25% is split among several other elements, with aluminum and potassium contributing the most to the formation of the continental granitic rocks.
Mount Pinatubo is a volcano on the island of Luzon in the Philippines. It is best known for its enormous eruption on June 15, 1991. This eruption was the second largest of … the twentieth century. 1 person found this useful. Similar to many other volcanoes it has a large assortment or rocks, a lot of granite as these rocks are carried out from the magma chamber. … There are other rocks such as basalt, Scoria, sandstone, mudstone, shale, limestone, quartize, hornfels, slate and marble. 4 people
Mount Pinatubo (Filipino: Bundok Pinatubo) is an active stratovolcano in the Cabusilan Mountains on the island of Luzon, near the tripoint of the Philippine provinces of Zambales, Tarlac, and Pampanga. Before the volcanic activities of 1991, its eruptive history was unknown to most people. It ejected roughly 10,000,000,000 tonnes (1.1 × 10 10 short tons) or 10 km 3 (2.4 cu mi) of magma, and 20,000,000 tonnes (22,000,000 short tons) SO 2, bringing vast quantities of minerals and metals to the surface environment. It injected more particulate into the stratosphere than any eruption since Krakatoa in 1883.
Dacite rocks. Dacite contains less quartz than rhyolite lava and more than andesite lava. The lava when it flows out a a volcano vent is so sticky that it piles on top of a volcano's vent forming a dome. Lava domes often form in the craters of stratovolcanoes like Mount Saint Helens. Basalt rocks. Basalt rocks are formed from dark heavy lava that usually forms in the upper mantle. Pillow basalt covers all the ocean floors. It forms when lava erupts on the ocean floor at spreading ridges where two crustal plates are separating.
Today, ancestral Pinatubo is exposed in relict walls of an old 3.5x4.5-km caldera, recognized by Delfin (1983, 1984) and named here the Tayawan caldera (fig. 3). Prominent points on the relict rim of that caldera include Mount Donald Macdonald (southeast caldera rim) and Mount Tayawan (north-northeast caldera rim). Radiocarbon ages suggest that eruptions from the modern Pinatubo have been clustered in at least six and possibly as many as a dozen eruptive periods. Each eruptive period is short in relation to intervening repose periods (table 1, fig. 5). Each of these six eruptive periods of modern Mount Pinatubo is described below.
Igneous Rocks. magma: The term used to describe the liquid when it is within the Earth's crust or mantle. lava: The term used to describe the liquid when it has reached the surface of the Earth. Classification. The Classification of igneous rocks is based on a combination of chemical composition and texture. Andesite. As noted earlier, these rocks form above active subduction zones on both continental and oceanic plates. Eruptions typically result in the construction of large, steep-sided, composite or strato volcanoes made up of alternating lava flows and pyroclastic (ash) deposits.
Rocks found at present day Mount Pinatubo are mostly dacite with andesitic xenoliths. Andesite is a volcanic rock that is gray to black in color. This rock mostly comes from stratovolcanoes in a form of thick lava flows.
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Granite.
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concrete pads cost
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Basic concrete slab cost. I'll base my price on what my actual estimate would be to install a 6 thick concrete slab for one of my customers. Base cost for a 6 thick concrete slab -- $4.00 dollars per square foot --. Take the length of the concrete slab x the width of the slab to get the. total square footage. Multiply the total square footage by 4 (dollars) to get the total price. L x W x $4.00 in this example.
Get an INSTANT estimate of the cost to Install a Concrete Pad! Our free calculator uses recent, trusted data to estimate costs for your Concrete Pad Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install a Concrete Pad ranges between $4.64 - $6.36 per square foot* . To estimate costs for your project: 1.
Concrete Pads-Pricing and Installation Cost Notes. Homewyse cost estimates are approximate ranges for basic work in typical conditions. The estimates should only be used for preliminary planning. Homewyse estimates are NOT substitutes for quotes from qualified vendors. Do you need to know the average cost to install Concrete Pads in your zip code? Do you need an easy-to-understand 2015 estimate of Concrete Pad job options and costs? Get pricing INSTANTLY. Enter your options and zip code above-then select Update
Labor. The cost to pour a concrete pad takes a big jump if you hire the pros, who charge per hour, per worker. If forming and pouring your pad takes three workers two days to complete at a cost of $30 per worker hour, it could add around $1,400 to your bill. That’s not counting concrete, reinforcement, excavation and fill sand costs.
Rating Newest Oldest. Best Answer: Concrete needs to be poured about 4 inches deep. A 30ft x 30ft x 4 inch pad you would need about 11 cubic yards of concrete(this is how concrete is sold). Finished Concrete right now goes for anywhere from 120 to 150 dollars per cubic yard depending on where you live. SO thats about $1,200 to 1,500 dollars for the size your talking about, Source(s):
The Concrete Pads estimator will provide you with up to date pricing for your area. Simply enter your zip code and the square footage, next click update and you will see a breakdown on what it should cost to have Concrete Pads installed at your home. Example: a 10 x 10 area = 100 square feet.
In addition to the cubic yard cost, some delivery companies also have minimum purchase requirements. A cubic yard of concrete commonly runs between $80 and $165, and it’s standard to order a quarter of a yard extra in case you run short. For example, if you need 2 cubic yards to pour the pad, order 2 1/4 yards. If the pad is in a spot where a concrete truck cannot back up and dump the mix, you can order a pump truck, which can add another $300, or more, to the cost. If forming and pouring your pad takes three workers two days to complete at a cost of $30 per worker hour, it could add around $1,400 to your bill. That’s not counting concrete, reinforcement, excavation and fill sand costs.
The average cost of the additional materials, including the limestone gravel, plastic sheeting, rebar and wire mesh adds an average of $3.44 per finished square foot of concrete pad. The average cost of labor to install a concrete pad is $54.50 per hour. Some cities may require inspections and permits in order to install a concrete pad. The fees associated with the permits and inspections will add to the overall cost of the project. 1 A stamper is used to create patterns after pouring. 2 Once hardened, the concrete is sealed to enhance the look and durability of the pad. 3 It is one of the most common subtypes of concrete used for concrete pads. 4 It costs an average of $2.45 per finished square foot due to the added chemicals in the concrete mix.
1 The homewyse Concrete Pad cost estimates do not include costs for site regrading or excavation, or demolition and removal of existing hardscaping or structure(s). 2 The variation in installation costs for complex configurations (non-rectangular shape, many corners, multiple levels, etc.) can be considerable. Do you need to know the average cost to install Concrete Pads in your zip code? Do you need an easy-to-understand 2015 estimate of Concrete Pad job options and costs? Get pricing INSTANTLY. Enter your options and zip code above-then select Updat
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concrete pads cost
Context:
Basic concrete slab cost. I'll base my price on what my actual estimate would be to install a 6 thick concrete slab for one of my customers. Base cost for a 6 thick concrete slab -- $4.00 dollars per square foot --. Take the length of the concrete slab x the width of the slab to get the. total square footage. Multiply the total square footage by 4 (dollars) to get the total price. L x W x $4.00 in this example.
Get an INSTANT estimate of the cost to Install a Concrete Pad! Our free calculator uses recent, trusted data to estimate costs for your Concrete Pad Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install a Concrete Pad ranges between $4.64 - $6.36 per square foot* . To estimate costs for your project: 1.
Concrete Pads-Pricing and Installation Cost Notes. Homewyse cost estimates are approximate ranges for basic work in typical conditions. The estimates should only be used for preliminary planning. Homewyse estimates are NOT substitutes for quotes from qualified vendors. Do you need to know the average cost to install Concrete Pads in your zip code? Do you need an easy-to-understand 2015 estimate of Concrete Pad job options and costs? Get pricing INSTANTLY. Enter your options and zip code above-then select Update
Labor. The cost to pour a concrete pad takes a big jump if you hire the pros, who charge per hour, per worker. If forming and pouring your pad takes three workers two days to complete at a cost of $30 per worker hour, it could add around $1,400 to your bill. That’s not counting concrete, reinforcement, excavation and fill sand costs.
Rating Newest Oldest. Best Answer: Concrete needs to be poured about 4 inches deep. A 30ft x 30ft x 4 inch pad you would need about 11 cubic yards of concrete(this is how concrete is sold). Finished Concrete right now goes for anywhere from 120 to 150 dollars per cubic yard depending on where you live. SO thats about $1,200 to 1,500 dollars for the size your talking about, Source(s):
The Concrete Pads estimator will provide you with up to date pricing for your area. Simply enter your zip code and the square footage, next click update and you will see a breakdown on what it should cost to have Concrete Pads installed at your home. Example: a 10 x 10 area = 100 square feet.
In addition to the cubic yard cost, some delivery companies also have minimum purchase requirements. A cubic yard of concrete commonly runs between $80 and $165, and it’s standard to order a quarter of a yard extra in case you run short. For example, if you need 2 cubic yards to pour the pad, order 2 1/4 yards. If the pad is in a spot where a concrete truck cannot back up and dump the mix, you can order a pump truck, which can add another $300, or more, to the cost. If forming and pouring your pad takes three workers two days to complete at a cost of $30 per worker hour, it could add around $1,400 to your bill. That’s not counting concrete, reinforcement, excavation and fill sand costs.
The average cost of the additional materials, including the limestone gravel, plastic sheeting, rebar and wire mesh adds an average of $3.44 per finished square foot of concrete pad. The average cost of labor to install a concrete pad is $54.50 per hour. Some cities may require inspections and permits in order to install a concrete pad. The fees associated with the permits and inspections will add to the overall cost of the project. 1 A stamper is used to create patterns after pouring. 2 Once hardened, the concrete is sealed to enhance the look and durability of the pad. 3 It is one of the most common subtypes of concrete used for concrete pads. 4 It costs an average of $2.45 per finished square foot due to the added chemicals in the concrete mix.
1 The homewyse Concrete Pad cost estimates do not include costs for site regrading or excavation, or demolition and removal of existing hardscaping or structure(s). 2 The variation in installation costs for complex configurations (non-rectangular shape, many corners, multiple levels, etc.) can be considerable. Do you need to know the average cost to install Concrete Pads in your zip code? Do you need an easy-to-understand 2015 estimate of Concrete Pad job options and costs? Get pricing INSTANTLY. Enter your options and zip code above-then select Updat
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$4.64 - $6.36
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19,715 |
entity
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what kind of organism is a black damsel
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Known by multiple common names, such as humbug damselfish, three-striped damselfish and white-tailed damselfish, Dascyllus aruanus is a feisty little fish that adapts well to aquarium life. Three-striped damselfish can be pugnacious and are better introduced at the latter stages of setting up a marine fish community. Remove as many of the three-striped damselfish fry as you want to try and raise to a rearing aquarium, with an absence of adult fish and invertebrates that might look upon the young fish as tasty morsels for the taking. Dascyllus aruanus is a worthy first-time breeding project for up-and-coming marine aquarists.
Damselfishes comprise the family Pomacentridae except those of the genera Amphiprion and Premnas, which are the anemonefishes. They can grow up to 14 inches (36 cm) long. While most are marine, a few species inhabit the lower stretches of rivers in fresh water. Damselfish usually have bright colors. Many species live in tropical coral reefs, and many of those are kept as marine aquarium pets. Their diets include small crustaceans, plankton, and algae.
Size and appearance. The largest scientifically measured Striped Damsel was 10.0 cm / 3.9 in. The Striped Damsel is white and adorned with three black bars. A large brown spot is located on the dorsal part of the snout. The pelvic fins are black, the caudal fin is pale, and the pectoral fins are translucent.
Habits: Damselfish are found in all tropical and some semitropical seas, and certain species inhabit fresh or brackish water. Damselfish are most abundant in the Indo-Pacific region. They usually live in shallow water around coral reefs, mangroves, and beds of sea grass. More than 200 species of brightly colored damselfish can be found in the shallow waters of both tropical and semitropical seas. Even though these fish are small, they are extremely aggressive and vigorously defend their territory against competitive species and sometimes even against human divers.
The following list of marine aquarium fish species commonly available in the aquarium trade is not a completely comprehensive list; certain rare specimens may available commercially yet not be listed here.
Care considerations: The three-striped damselfish can be kept by itself in setups of as little as 10 gallons, but a minimum aquarium size of 30 gallons is recommended. The three-striped damselfish needs to have plenty of crevices in the rockwork in which to occasionally hide and feel secure. Remove as many of the three-striped damselfish fry as you want to try and raise to a rearing aquarium, with an absence of adult fish and invertebrates that might look upon the young fish as tasty morsels for the taking. Dascyllus aruanus is a worthy first-time breeding project for up-and-coming marine aquarists.
Blue Damselfish. Description of the Blue Damselfish The Blue Damselfish is also known as the Sapphire devil or Orangetail blue damselfish and is one of the most popular saltwater aquarium fish. The Blue Damselfish makes a beautiful addition to any aquarium, it is hardy and an ideal fish for the beginner.
1 Three Stripe Damsel Fish-These striking black and white fish are fairly aggressive and need a large aquarium with plenty of hiding places. 2 Cerulean Damsel Fish-These vividly coloured fish are very territorial and should be added to the aquarium only after more peaceful fish have had time to establish themselves. 1 Sulphur Damsel Fish-With exotic yellow colouration, these hardy and adaptable fish are aquarium favourites. 2 Blue Green Chromis-These stunningly beautiful iridescent fish are naturally hardy and peaceful by nature. 3 Despite being small they need a lot of swimming space.
1 Yellowtail Damsel Fish-The most popular damsel fish available, these naturally resilient fish are comparatively peaceful if kept in a shoal in a tank where they feel secure. 2 Three Stripe Damsel Fish-These striking black and white fish are fairly aggressive and need a large aquarium with plenty of hiding places. 1 Sulphur Damsel Fish-With exotic yellow colouration, these hardy and adaptable fish are aquarium favourites. 2 Blue Green Chromis-These stunningly beautiful iridescent fish are naturally hardy and peaceful by nature. 3 Despite being small they need a lot of swimming space.
The 3-Stripe Damselfish, also known as the Three Striped Damselfish, White-tailed Damselfish, and Humbug Dascyllus, is a popular fish. Three bold black bands are separated by two white bands with a smaller bar of white to offset the tail. QUICK STATS.
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what kind of organism is a black damsel
Context:
Known by multiple common names, such as humbug damselfish, three-striped damselfish and white-tailed damselfish, Dascyllus aruanus is a feisty little fish that adapts well to aquarium life. Three-striped damselfish can be pugnacious and are better introduced at the latter stages of setting up a marine fish community. Remove as many of the three-striped damselfish fry as you want to try and raise to a rearing aquarium, with an absence of adult fish and invertebrates that might look upon the young fish as tasty morsels for the taking. Dascyllus aruanus is a worthy first-time breeding project for up-and-coming marine aquarists.
Damselfishes comprise the family Pomacentridae except those of the genera Amphiprion and Premnas, which are the anemonefishes. They can grow up to 14 inches (36 cm) long. While most are marine, a few species inhabit the lower stretches of rivers in fresh water. Damselfish usually have bright colors. Many species live in tropical coral reefs, and many of those are kept as marine aquarium pets. Their diets include small crustaceans, plankton, and algae.
Size and appearance. The largest scientifically measured Striped Damsel was 10.0 cm / 3.9 in. The Striped Damsel is white and adorned with three black bars. A large brown spot is located on the dorsal part of the snout. The pelvic fins are black, the caudal fin is pale, and the pectoral fins are translucent.
Habits: Damselfish are found in all tropical and some semitropical seas, and certain species inhabit fresh or brackish water. Damselfish are most abundant in the Indo-Pacific region. They usually live in shallow water around coral reefs, mangroves, and beds of sea grass. More than 200 species of brightly colored damselfish can be found in the shallow waters of both tropical and semitropical seas. Even though these fish are small, they are extremely aggressive and vigorously defend their territory against competitive species and sometimes even against human divers.
The following list of marine aquarium fish species commonly available in the aquarium trade is not a completely comprehensive list; certain rare specimens may available commercially yet not be listed here.
Care considerations: The three-striped damselfish can be kept by itself in setups of as little as 10 gallons, but a minimum aquarium size of 30 gallons is recommended. The three-striped damselfish needs to have plenty of crevices in the rockwork in which to occasionally hide and feel secure. Remove as many of the three-striped damselfish fry as you want to try and raise to a rearing aquarium, with an absence of adult fish and invertebrates that might look upon the young fish as tasty morsels for the taking. Dascyllus aruanus is a worthy first-time breeding project for up-and-coming marine aquarists.
Blue Damselfish. Description of the Blue Damselfish The Blue Damselfish is also known as the Sapphire devil or Orangetail blue damselfish and is one of the most popular saltwater aquarium fish. The Blue Damselfish makes a beautiful addition to any aquarium, it is hardy and an ideal fish for the beginner.
1 Three Stripe Damsel Fish-These striking black and white fish are fairly aggressive and need a large aquarium with plenty of hiding places. 2 Cerulean Damsel Fish-These vividly coloured fish are very territorial and should be added to the aquarium only after more peaceful fish have had time to establish themselves. 1 Sulphur Damsel Fish-With exotic yellow colouration, these hardy and adaptable fish are aquarium favourites. 2 Blue Green Chromis-These stunningly beautiful iridescent fish are naturally hardy and peaceful by nature. 3 Despite being small they need a lot of swimming space.
1 Yellowtail Damsel Fish-The most popular damsel fish available, these naturally resilient fish are comparatively peaceful if kept in a shoal in a tank where they feel secure. 2 Three Stripe Damsel Fish-These striking black and white fish are fairly aggressive and need a large aquarium with plenty of hiding places. 1 Sulphur Damsel Fish-With exotic yellow colouration, these hardy and adaptable fish are aquarium favourites. 2 Blue Green Chromis-These stunningly beautiful iridescent fish are naturally hardy and peaceful by nature. 3 Despite being small they need a lot of swimming space.
The 3-Stripe Damselfish, also known as the Three Striped Damselfish, White-tailed Damselfish, and Humbug Dascyllus, is a popular fish. Three bold black bands are separated by two white bands with a smaller bar of white to offset the tail. QUICK STATS.
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Fish
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19,716 |
person
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who coined the phrase it is what it is
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The first reference to the phrase, '...it is what it is,' that I've come across is from 1943, in a New York State hermit's letter to the editor of an Adirondack Mountain newspaper. The hermit was named Noah John Rondeau, and he concluded his letter with this particular phrase.
While servant leadership is a timeless concept, the phrase “servant leadership” was coined by Robert K. Greenleaf in The Servant as Leader, an essay that he first published in 1970. In that essay, Greenleaf said:
Related Questions. Who first coined the phrase, You got what you wanted, but you lost what you had or They got what they wanted, but they los... I know that this phrase is included in the Disney movie The Princess and the Frog, but I think it is much older than that.
The phrase is stupid enough when rationalizing insufficient performance, but it’s especially damaging when “ It is what it is ” is used in framing a response to a problem. “Well, that route to the objective is blocked.
While you’ll never hear me use the phrase “It is what it is”, there is value in maintaining a portion of your attitude that is stoic in nature. Know what you can control and what you can’t control. And the first thing to accept that you can’t control is the past.
To say someone coined a phrase means that he or she first used it or is otherwise credited with its origin. Writer Francis Brett Young coined that particular phrase in 194 … 0.
Brain (22,552). It is what it is, has become an all-purpose cliche used by celebrities, sports figures, politicians and population in general. In 1949, the adage was used in the Nebraska State Journal. In 1919, Edward Hegeler of The Monist, Vol 29, used the phrase in reference to a stick.
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who coined the phrase it is what it is
Context:
The first reference to the phrase, '...it is what it is,' that I've come across is from 1943, in a New York State hermit's letter to the editor of an Adirondack Mountain newspaper. The hermit was named Noah John Rondeau, and he concluded his letter with this particular phrase.
While servant leadership is a timeless concept, the phrase “servant leadership” was coined by Robert K. Greenleaf in The Servant as Leader, an essay that he first published in 1970. In that essay, Greenleaf said:
Related Questions. Who first coined the phrase, You got what you wanted, but you lost what you had or They got what they wanted, but they los... I know that this phrase is included in the Disney movie The Princess and the Frog, but I think it is much older than that.
The phrase is stupid enough when rationalizing insufficient performance, but it’s especially damaging when “ It is what it is ” is used in framing a response to a problem. “Well, that route to the objective is blocked.
While you’ll never hear me use the phrase “It is what it is”, there is value in maintaining a portion of your attitude that is stoic in nature. Know what you can control and what you can’t control. And the first thing to accept that you can’t control is the past.
To say someone coined a phrase means that he or she first used it or is otherwise credited with its origin. Writer Francis Brett Young coined that particular phrase in 194 … 0.
Brain (22,552). It is what it is, has become an all-purpose cliche used by celebrities, sports figures, politicians and population in general. In 1949, the adage was used in the Nebraska State Journal. In 1919, Edward Hegeler of The Monist, Vol 29, used the phrase in reference to a stick.
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In a New York State hermit's letter to the editor of an Adirondack Mountain newspaper.
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19,717 |
description
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what is oilskin fabric
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Today's oilskins (or oilies) typically come in two parts, jackets and trousers. Oilskin jackets are generally similar to common rubberized waterproofs. The chief difference is a high spray collar. Some have hoods, often in a high-visibility colour to increase visibility if a wearer falls overboard. The cuffs of better oilskin jackets include an inner seal at the wrist similar to that on a scuba diver's drysuit to prevent water from being forced up the sleeve. Pockets on trousers and jackets are often lined with quick-drying synthetic fleece that is warm even when soaked.
An oilskin is a waterproof garment, typically worn by sailors and by others in wet areas, such as fish-plant workers. The cuffs of better oilskin jackets include an inner seal at the wrist similar to that on a scuba diver's drysuit to prevent water from being forced up the sleeve. Pockets on trousers and jackets are often lined with quick-drying synthetic fleece that is warm even when soaked.
Noun. 1. oilskin-a macintosh made from cotton fabric treated with oil and pigment to make it waterproof. slicker. mac, mack, mackintosh, macintosh-a waterproof raincoat made of rubberized fabric. 1. (Textiles). a. a cotton fabric treated with oil and pigment to make it waterproof. b. (as modifier): an oilskin hat. 2. (Clothing & Fashion) (often plural) a protective outer garment of this fabric.
Adorable animal families that will make you aww. Oilskin is fabric that has been impregnated with oil to make it waterproof. Before the development of synthetic fibers, this was the material of choice for waterproof garments and coverings. Sailors, especially, grew familiar with oilskin, since it protected them from the elements on the job. It is still possible to buy oilskin fabric and garments made with it, and people can also make their own. Oils like beeswax make great waterproofers, and they smell pleasant, unlike the tar of old.
n. 1. Cloth treated with oil to make it waterproof. 2. a. A garment made of oilskin or of a synthetic waterproof material, generally used by sailors. 1. (Textiles). a. a cotton fabric treated with oil and pigment to make it waterproof. b. (as modifier): an oilskin hat. 2. (Clothing & Fashion) (often plural) a protective outer garment of this fabric.
Also known as foul weather gear, contemporary oilskins include such innovations as DWR-coated nylon on their low end and Gore-Tex and other proprietary waterproof membranes on the high. A Sou'wester, a traditional form of collapsible oilskin rain-hat, is longer in the back than the front to fully protect the neck. The cuffs of better oilskin jackets include an inner seal at the wrist similar to that on a scuba diver's drysuit to prevent water from being forced up the sleeve. Pockets on trousers and jackets are often lined with quick-drying synthetic fleece that is warm even when soaked.
Fabric is sold by the running yard. If you purchase one yard of oilcloth you will be sent a piece that is 36 by 47. Fabric is sold in 1/4 yard increments, with a 1/2 yard minimum per fabric. Orders under 1/2 yard will automatically be increased to the minimum. If you need a lot of oilcloth you can buy it by the roll for $81.00. Each roll is 12 yards long
True to the old adage they get along like oil and water, the reason oilskin works is the oil coating will not let the water pass through the fabric. This is why oilskin works, and is the Natural Waterproof Fabric. Cotton, as a natural fabric, does have a slight nap to it.
Outback Oilskin is produced from 100% Cotton, enabling the fabric to breathe. This property lends the fabric to not only high performance wet weather gear, but stylish casual clothing such as jackets and vests as well.
Oilcloth, also known as enameled cloth or (in England) American cloth, was close-woven cotton duck or linen cloth with a coating of boiled linseed oil to make it waterproof.
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what is oilskin fabric
Context:
Today's oilskins (or oilies) typically come in two parts, jackets and trousers. Oilskin jackets are generally similar to common rubberized waterproofs. The chief difference is a high spray collar. Some have hoods, often in a high-visibility colour to increase visibility if a wearer falls overboard. The cuffs of better oilskin jackets include an inner seal at the wrist similar to that on a scuba diver's drysuit to prevent water from being forced up the sleeve. Pockets on trousers and jackets are often lined with quick-drying synthetic fleece that is warm even when soaked.
An oilskin is a waterproof garment, typically worn by sailors and by others in wet areas, such as fish-plant workers. The cuffs of better oilskin jackets include an inner seal at the wrist similar to that on a scuba diver's drysuit to prevent water from being forced up the sleeve. Pockets on trousers and jackets are often lined with quick-drying synthetic fleece that is warm even when soaked.
Noun. 1. oilskin-a macintosh made from cotton fabric treated with oil and pigment to make it waterproof. slicker. mac, mack, mackintosh, macintosh-a waterproof raincoat made of rubberized fabric. 1. (Textiles). a. a cotton fabric treated with oil and pigment to make it waterproof. b. (as modifier): an oilskin hat. 2. (Clothing & Fashion) (often plural) a protective outer garment of this fabric.
Adorable animal families that will make you aww. Oilskin is fabric that has been impregnated with oil to make it waterproof. Before the development of synthetic fibers, this was the material of choice for waterproof garments and coverings. Sailors, especially, grew familiar with oilskin, since it protected them from the elements on the job. It is still possible to buy oilskin fabric and garments made with it, and people can also make their own. Oils like beeswax make great waterproofers, and they smell pleasant, unlike the tar of old.
n. 1. Cloth treated with oil to make it waterproof. 2. a. A garment made of oilskin or of a synthetic waterproof material, generally used by sailors. 1. (Textiles). a. a cotton fabric treated with oil and pigment to make it waterproof. b. (as modifier): an oilskin hat. 2. (Clothing & Fashion) (often plural) a protective outer garment of this fabric.
Also known as foul weather gear, contemporary oilskins include such innovations as DWR-coated nylon on their low end and Gore-Tex and other proprietary waterproof membranes on the high. A Sou'wester, a traditional form of collapsible oilskin rain-hat, is longer in the back than the front to fully protect the neck. The cuffs of better oilskin jackets include an inner seal at the wrist similar to that on a scuba diver's drysuit to prevent water from being forced up the sleeve. Pockets on trousers and jackets are often lined with quick-drying synthetic fleece that is warm even when soaked.
Fabric is sold by the running yard. If you purchase one yard of oilcloth you will be sent a piece that is 36 by 47. Fabric is sold in 1/4 yard increments, with a 1/2 yard minimum per fabric. Orders under 1/2 yard will automatically be increased to the minimum. If you need a lot of oilcloth you can buy it by the roll for $81.00. Each roll is 12 yards long
True to the old adage they get along like oil and water, the reason oilskin works is the oil coating will not let the water pass through the fabric. This is why oilskin works, and is the Natural Waterproof Fabric. Cotton, as a natural fabric, does have a slight nap to it.
Outback Oilskin is produced from 100% Cotton, enabling the fabric to breathe. This property lends the fabric to not only high performance wet weather gear, but stylish casual clothing such as jackets and vests as well.
Oilcloth, also known as enameled cloth or (in England) American cloth, was close-woven cotton duck or linen cloth with a coating of boiled linseed oil to make it waterproof.
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A macintosh made from cotton fabric treated with oil and pigment to make it waterproof.
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19,718 |
numeric
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how long is german measles contagious
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Measles is a highly contagious virus that lives in the nose and throat mucus of an infected person. It can spread to others through coughing and sneezing. Also, measles virus can live for up to two hours in an airspace where the infected person coughed or sneezed.
Rubella is contagious but less so than measles and chickenpox. How long does it take to show signs of rubella after being exposed? The incubation period varies from 12 to 23 days (av-erage, 14 days). Symptoms are often mild and may be subclinical or inapparent up to half of the time.
Quick Answer. The German measles are contagious for 7 days before to 7 days after the rash appears, as noted by the New York State Department of Health. Rubella is another term for the German measles, and the disease itself is highly contagious and can be seen in patients through a rash, swollen glands a fever. Know More.
A: The German measles are contagious for 7 days before to 7 days after the rash appears, as noted by the New York State Department of Health. Rubella is another term for the German measles, and the disease itself is highly contagious and can be seen in patients through a rash, swollen glands a fever. Know More.
German measles (rubella) is caused by a highly contagious virus. A patient is contagious in the week before the rash outbreak until two weeks after the rash clears. The virus is spread when you inhale or touch secretions from an infected person.
For most patients, vaccination is a safe and effective way to prevent German measles (rubella). The German measles vaccine is typically combined with vaccines for the measles and mumps, as well as varicella, the virus that causes chicken pox. These shots are usually given between 12 and 15 months of age.
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how long is german measles contagious
Context:
Measles is a highly contagious virus that lives in the nose and throat mucus of an infected person. It can spread to others through coughing and sneezing. Also, measles virus can live for up to two hours in an airspace where the infected person coughed or sneezed.
Rubella is contagious but less so than measles and chickenpox. How long does it take to show signs of rubella after being exposed? The incubation period varies from 12 to 23 days (av-erage, 14 days). Symptoms are often mild and may be subclinical or inapparent up to half of the time.
Quick Answer. The German measles are contagious for 7 days before to 7 days after the rash appears, as noted by the New York State Department of Health. Rubella is another term for the German measles, and the disease itself is highly contagious and can be seen in patients through a rash, swollen glands a fever. Know More.
A: The German measles are contagious for 7 days before to 7 days after the rash appears, as noted by the New York State Department of Health. Rubella is another term for the German measles, and the disease itself is highly contagious and can be seen in patients through a rash, swollen glands a fever. Know More.
German measles (rubella) is caused by a highly contagious virus. A patient is contagious in the week before the rash outbreak until two weeks after the rash clears. The virus is spread when you inhale or touch secretions from an infected person.
For most patients, vaccination is a safe and effective way to prevent German measles (rubella). The German measles vaccine is typically combined with vaccines for the measles and mumps, as well as varicella, the virus that causes chicken pox. These shots are usually given between 12 and 15 months of age.
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7 days before to 7 days after the rash appears
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19,719 |
description
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what is a camerata
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Camerata, a dormitory or a comrade in Italian or an adjective meaning chambered in Latin, may refer to: 1 Camerata (music) , a small chamber orchestra or choir. 2 Florentine Camerata, an Italian musical association of the late sixteenth century.
Origin of CAMERATA. New Latin, from Latin, neuter plural of cameratus, past participle of camerare to arch, from camera arched roof — more at chamber. This word doesn't usually appear in our free dictionary, but the definition from our premium Unabridged Dictionary is offered here on a limited basis. Note that some information is displayed differently in the Unabridged. To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial.
The Camerata are a group of four powerful and influential individuals in the city of Cloudbank. Established by Grant Kendrell and Royce Bracket, the group circumvents the official administration and democratic nature of Cloudbank, in order to establish some form of stability in the ever-changing city. The group uses the Transistor to integrate various individuals of influence. The true reason for integration is unknown, perhaps the Camerata had moral objection to outright killing their targets. Integration, however, does also appear to increase the functionality of the Transistor.
They met at the house of Giovanni de' Bardi, and their gatherings had the reputation of having all the most famous men of Florence as frequent guests. After first meeting in 1573, the activity of the Camerata reached its height between 1577 and 1582. While propounding a revival of the Greek dramatic style, the Camerata's musical experiments led to the development of the stile recitativo. In this way it facilitated the composition of dramatic music and the development of opera. Unifying the Camerata members was the belief that music had become corrupt, and by returning to the forms and style of the ancient Greeks, the art of music could be improved, and thereby society could be improved as well.
Definition of CAMERATA. : the largest order of crinoids including all Paleozoic species that have the lower brachial plates included in the cup and the mouth and food grooves closed. ADVERTISEMENT. Note that some information is displayed differently in the Unabridged. To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial.
The Camerata had a hard time keeping up with the constant thirst of new and exciting attractions for the citizens of Cloudbank, so they began regulating the city. They used the Transistor to absorb influential individuals in hopes of creating constant new and interesting concepts for the city. The group uses the Transistor to integrate various individuals of influence. The true reason for integration is unknown, perhaps the Camerata had moral objection to outright killing their targets. Integration, however, does also appear to increase the functionality of the Transistor.
Not much is known about The Camerata. Its members are Grant Kendrell, Asher Kendrell, Sybil Reisz, and Royce Bracket. As a group, they are responsible for the disappearances of high profile people in Cloudbank. The numerous individuals who disappeared were killed by the Camerata, their Trace Data downloaded into the Transistor. Together, they intended to improve Cloudbank, using The Process as a canvas, and the Transistor as a brush.
The term camerata is entirely a new construct coined by the members of Bardi's circle, although apparently based on the Italian word for chamber, camera, a term used for a room where important meetings were held. Unifying the Camerata members was the belief that music had become corrupt, and by returning to the forms and style of the ancient Greeks, the art of music could be improved, and thereby society could be improved as well.
Take a journey into three superb classics with Camerata Chicago: Dvořak, Dvořák beethoven And rossini at The Wheaton College Artist. Series watch a special series of videos of renowned Cellist Joshua roman Performing’dvorak Dvorák S cello Concerto With camerata chicago At The Wheaton College. artist series There will also be a concert at the Wheaton College Artist Series on Sep 26. See Details …. Spring 2016: Cellist Julian Schwarz plays Haydn. Julian Schwarz joins Camerata Chicago to play the delightful Haydn Cello Concerto in C for our exciting Rising Star Series.
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what is a camerata
Context:
Camerata, a dormitory or a comrade in Italian or an adjective meaning chambered in Latin, may refer to: 1 Camerata (music) , a small chamber orchestra or choir. 2 Florentine Camerata, an Italian musical association of the late sixteenth century.
Origin of CAMERATA. New Latin, from Latin, neuter plural of cameratus, past participle of camerare to arch, from camera arched roof — more at chamber. This word doesn't usually appear in our free dictionary, but the definition from our premium Unabridged Dictionary is offered here on a limited basis. Note that some information is displayed differently in the Unabridged. To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial.
The Camerata are a group of four powerful and influential individuals in the city of Cloudbank. Established by Grant Kendrell and Royce Bracket, the group circumvents the official administration and democratic nature of Cloudbank, in order to establish some form of stability in the ever-changing city. The group uses the Transistor to integrate various individuals of influence. The true reason for integration is unknown, perhaps the Camerata had moral objection to outright killing their targets. Integration, however, does also appear to increase the functionality of the Transistor.
They met at the house of Giovanni de' Bardi, and their gatherings had the reputation of having all the most famous men of Florence as frequent guests. After first meeting in 1573, the activity of the Camerata reached its height between 1577 and 1582. While propounding a revival of the Greek dramatic style, the Camerata's musical experiments led to the development of the stile recitativo. In this way it facilitated the composition of dramatic music and the development of opera. Unifying the Camerata members was the belief that music had become corrupt, and by returning to the forms and style of the ancient Greeks, the art of music could be improved, and thereby society could be improved as well.
Definition of CAMERATA. : the largest order of crinoids including all Paleozoic species that have the lower brachial plates included in the cup and the mouth and food grooves closed. ADVERTISEMENT. Note that some information is displayed differently in the Unabridged. To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial.
The Camerata had a hard time keeping up with the constant thirst of new and exciting attractions for the citizens of Cloudbank, so they began regulating the city. They used the Transistor to absorb influential individuals in hopes of creating constant new and interesting concepts for the city. The group uses the Transistor to integrate various individuals of influence. The true reason for integration is unknown, perhaps the Camerata had moral objection to outright killing their targets. Integration, however, does also appear to increase the functionality of the Transistor.
Not much is known about The Camerata. Its members are Grant Kendrell, Asher Kendrell, Sybil Reisz, and Royce Bracket. As a group, they are responsible for the disappearances of high profile people in Cloudbank. The numerous individuals who disappeared were killed by the Camerata, their Trace Data downloaded into the Transistor. Together, they intended to improve Cloudbank, using The Process as a canvas, and the Transistor as a brush.
The term camerata is entirely a new construct coined by the members of Bardi's circle, although apparently based on the Italian word for chamber, camera, a term used for a room where important meetings were held. Unifying the Camerata members was the belief that music had become corrupt, and by returning to the forms and style of the ancient Greeks, the art of music could be improved, and thereby society could be improved as well.
Take a journey into three superb classics with Camerata Chicago: Dvořak, Dvořák beethoven And rossini at The Wheaton College Artist. Series watch a special series of videos of renowned Cellist Joshua roman Performing’dvorak Dvorák S cello Concerto With camerata chicago At The Wheaton College. artist series There will also be a concert at the Wheaton College Artist Series on Sep 26. See Details …. Spring 2016: Cellist Julian Schwarz plays Haydn. Julian Schwarz joins Camerata Chicago to play the delightful Haydn Cello Concerto in C for our exciting Rising Star Series.
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The Camerata are a group of four powerful and influential individuals in the city of Cloudbank. Established by Grant Kendrell and Royce Bracket, the group circumvents the official administration and democratic nature of Cloudbank, in order to establish some form of stability in the ever-changing city.
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19,720 |
numeric
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how long does it take to bake a pound cake
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There's nothing like the taste of a cake you made in your own kitchen. Baking a cake is as simple as measuring ingredients, mixing them in the right order, and remembering to take the cake out of the oven before it burns. Read on to learn how to bake three basic cakes: chocolate cake, apple cake, and vanilla pound cake. Scroll to the bottom for tips on how to follow a cake recipe.
A steady 325-350 degrees is ideal when it comes to baking pound cake. Position the pan in the middle of the oven, and rotate it once, halfway through the baking time, as it bakes to account for any hot spots.
Baking time will be slightly longer for 10-inch cake. 3. CHOCOLATE POUND CAKE. Cream butter, sugar ... and floured bundt pan, 10 inch pan or 2 (9x5x3 inch) loaf pans. Bake at ... pans. Bake until cake tester inserted in ... to drizzle down sides. 4. BUTTERMILK LEMON POUND CAKE. To prepare the pound cake: Grease and flour a 10-inch bundt pan or two 8 1/2 x 4 1/2 inch loaf pans. Put the ... hours, the loaf cakes for 40 to ... into slices
1 This results in a pound cake with maximum volume. 2 Be patient. Beat softened butter (and cream cheese or vegetable shortening) at medium speed with an electric mixer until creamy. 3 This can take from 1 to 7 minutes, depending on the power of your mixer. 4 Gradually add sugar, continuing to beat until light and fluffy.
1. Preheat your oven to 300ºF (150ºC). In your pan or pans (this recipe is quite large -- but pound cakes are perfect for a double-layer masterpiece), line them with cooking spray or butter; this prevents sticking. You could also sprinkle with flour (on top of the butter) or line with parchment paper. Pour batter into your pan(s) and place in the oven. Cook for 75 minutes, checking periodically. Some ovens cook unevenly or quickly -- if this describes yours, keep an eye on it. 1 If to be used for fancy ornamented cakes, bake 30 to 35 minutes in a dripping-pan. 2 Insert a skewer or toothpick to see if it's finished.
How long does it take to bake a cake in a 9 by 9 cake pan? Baking a cake in a 9square pan at 350 degrees F will take approximately 35 to 40 minutes. It is best to follow the directions in a recipe for the best results. 1 person found this useful. As a general rule of thumb you can bake most cakes at 375 degrees Fahrenheit (which is 180 degrees Celsius) and check them after about 30 minutes and expect it to take at least 45 minutes.
I've never seen a pound cake take less than an hour... most take 1 hr. 15 min, and I have one recipe that calls for 1½ hours. Those long times, tho, are for a slow oven (about 300-325ºF). Till a toothpick inserted in the center of the cake comes out clean. Depends on the heat of your oven but start checking at about 45 minutes and when the cake is golden brown. sonnyboy · 8 years ago. Thumbs up.
1 Have ingredients at room temperature. 2 This results in a pound cake with maximum volume. 3 Be patient. Beat softened butter (and cream cheese or vegetable shortening) at medium speed with an electric mixer until creamy. 4 This can take from 1 to 7 minutes, depending on the power of your mixer. 1 This results in a pound cake with maximum volume. 2 Be patient. Beat softened butter (and cream cheese or vegetable shortening) at medium speed with an electric mixer until creamy. 3 This can take from 1 to 7 minutes, depending on the power of your mixer.
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how long does it take to bake a pound cake
Context:
There's nothing like the taste of a cake you made in your own kitchen. Baking a cake is as simple as measuring ingredients, mixing them in the right order, and remembering to take the cake out of the oven before it burns. Read on to learn how to bake three basic cakes: chocolate cake, apple cake, and vanilla pound cake. Scroll to the bottom for tips on how to follow a cake recipe.
A steady 325-350 degrees is ideal when it comes to baking pound cake. Position the pan in the middle of the oven, and rotate it once, halfway through the baking time, as it bakes to account for any hot spots.
Baking time will be slightly longer for 10-inch cake. 3. CHOCOLATE POUND CAKE. Cream butter, sugar ... and floured bundt pan, 10 inch pan or 2 (9x5x3 inch) loaf pans. Bake at ... pans. Bake until cake tester inserted in ... to drizzle down sides. 4. BUTTERMILK LEMON POUND CAKE. To prepare the pound cake: Grease and flour a 10-inch bundt pan or two 8 1/2 x 4 1/2 inch loaf pans. Put the ... hours, the loaf cakes for 40 to ... into slices
1 This results in a pound cake with maximum volume. 2 Be patient. Beat softened butter (and cream cheese or vegetable shortening) at medium speed with an electric mixer until creamy. 3 This can take from 1 to 7 minutes, depending on the power of your mixer. 4 Gradually add sugar, continuing to beat until light and fluffy.
1. Preheat your oven to 300ºF (150ºC). In your pan or pans (this recipe is quite large -- but pound cakes are perfect for a double-layer masterpiece), line them with cooking spray or butter; this prevents sticking. You could also sprinkle with flour (on top of the butter) or line with parchment paper. Pour batter into your pan(s) and place in the oven. Cook for 75 minutes, checking periodically. Some ovens cook unevenly or quickly -- if this describes yours, keep an eye on it. 1 If to be used for fancy ornamented cakes, bake 30 to 35 minutes in a dripping-pan. 2 Insert a skewer or toothpick to see if it's finished.
How long does it take to bake a cake in a 9 by 9 cake pan? Baking a cake in a 9square pan at 350 degrees F will take approximately 35 to 40 minutes. It is best to follow the directions in a recipe for the best results. 1 person found this useful. As a general rule of thumb you can bake most cakes at 375 degrees Fahrenheit (which is 180 degrees Celsius) and check them after about 30 minutes and expect it to take at least 45 minutes.
I've never seen a pound cake take less than an hour... most take 1 hr. 15 min, and I have one recipe that calls for 1½ hours. Those long times, tho, are for a slow oven (about 300-325ºF). Till a toothpick inserted in the center of the cake comes out clean. Depends on the heat of your oven but start checking at about 45 minutes and when the cake is golden brown. sonnyboy · 8 years ago. Thumbs up.
1 Have ingredients at room temperature. 2 This results in a pound cake with maximum volume. 3 Be patient. Beat softened butter (and cream cheese or vegetable shortening) at medium speed with an electric mixer until creamy. 4 This can take from 1 to 7 minutes, depending on the power of your mixer. 1 This results in a pound cake with maximum volume. 2 Be patient. Beat softened butter (and cream cheese or vegetable shortening) at medium speed with an electric mixer until creamy. 3 This can take from 1 to 7 minutes, depending on the power of your mixer.
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An hour to 1 hour 15 minutes.
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19,721 |
numeric
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what is the maximum dose of subutex
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Buprenorphine is the generic form of Subutex, a prescription drug used to treat dependence on opioid painkillers such as oxycodone (OxyContin). It's also prescribed in lower dosages to treat pain. If you are recovering from surgery, your doctor may start you on buprenorphine to treat your post-operative pain.
Subutex Dosage for Treating Opioid Dependence. One typical way to dose Subutex is to start with 8 mg on the first day and 16 mg (the full dosage) on the second day. Often, by the third day you can be switched to Suboxone ® (buprenorphine and naloxone). Typically, the initial dose for treating opioid dependence is 8 mg on the first day and 16 mg
Buprenorphine Quantity Limits. Drugs containing buprenorphine and a combination of buprenorphine and naloxone are typically used for the treatment of opiate dependency. The manufacturer s recommended maintenance dose of buprenorphine is 16 mg per day and the maximum FDA approved dose is 32 mg per day. Buprenorphine Maximum Dose Limits Reduced. Nov. 19, 2014 MHCP Provider Update PRX-14-08. Effective Jan. 1, 2015, products containing buprenorphine will be limited to 24
A maximum daily dosage of up to 24 mg/day (based on buprenorphine) will be. allowed for ninety consecutive days. After the ninety days has elapsed, a maximum daily dosage. of up to 16 mg/day (based on buprenorphine) will be allowed. Beginning with the first Suboxone@ claim submitted with a date of service on or after. February I, 2013, a maximum daily dosage of up to 24 mg/day (based on buprenorphine). is allowed per recipient for an initial ninety consecutive day period. After the initial ninety day period, a maximum daily dosage limit of up to 16 mg/day. (based on buprenorphine) is allowed per recipient. Subutex. The maximum daily dosage limit for Subutex@ is 16 mg/day
Multiple clinical trials have compared buprenorphine with methadone for opioid maintenance. Most studies have shown that buprenorphine (less than 40 mg) is as effective as low-dose methadone (less than 40 mg). 17, 18 High-dose methadone (greater than 60 mg) may be more effective than buprenorphine, however. A meta-analysis 18 of five studies that compared the two therapies showed that 8 to 12 mg of buprenorphine is not as effective as 50 to 80 mg of methadone. 19 A 2004 Cochrane review 16 confirmed these findings.
The maximum dose in the BNF is 32 mg but in the RCGP guidelines it is 24 and I think 16 int he clinical guidelines. anyway as Simon says the main effect of this will be a longer lasting effect rather than intoixication.
Dosing Overview. The recommended buprenorphine daily dose is 12 to 16 mg/day* for patients with opioid use disorder. The minimum effective dose is typically around 8 mg/day, and the maximum recommended dose is 32 mg/day. Some patients do well on as little as 2 or 4 mg/day, however. Most patients should be started and maintained on the buprenorphine/naloxone combination formulation.
SUBOXONE is supplied as hexagonal orange tablets in 2 dosage strengths: 2 mg buprenorphine + 0.5 mg naloxone embossed with a sword logo at the midline and N2 on the reverse side. and 8 mg buprenorphine + 2 mg naloxone embossed with a sword logo.
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what is the maximum dose of subutex
Context:
Buprenorphine is the generic form of Subutex, a prescription drug used to treat dependence on opioid painkillers such as oxycodone (OxyContin). It's also prescribed in lower dosages to treat pain. If you are recovering from surgery, your doctor may start you on buprenorphine to treat your post-operative pain.
Subutex Dosage for Treating Opioid Dependence. One typical way to dose Subutex is to start with 8 mg on the first day and 16 mg (the full dosage) on the second day. Often, by the third day you can be switched to Suboxone ® (buprenorphine and naloxone). Typically, the initial dose for treating opioid dependence is 8 mg on the first day and 16 mg
Buprenorphine Quantity Limits. Drugs containing buprenorphine and a combination of buprenorphine and naloxone are typically used for the treatment of opiate dependency. The manufacturer s recommended maintenance dose of buprenorphine is 16 mg per day and the maximum FDA approved dose is 32 mg per day. Buprenorphine Maximum Dose Limits Reduced. Nov. 19, 2014 MHCP Provider Update PRX-14-08. Effective Jan. 1, 2015, products containing buprenorphine will be limited to 24
A maximum daily dosage of up to 24 mg/day (based on buprenorphine) will be. allowed for ninety consecutive days. After the ninety days has elapsed, a maximum daily dosage. of up to 16 mg/day (based on buprenorphine) will be allowed. Beginning with the first Suboxone@ claim submitted with a date of service on or after. February I, 2013, a maximum daily dosage of up to 24 mg/day (based on buprenorphine). is allowed per recipient for an initial ninety consecutive day period. After the initial ninety day period, a maximum daily dosage limit of up to 16 mg/day. (based on buprenorphine) is allowed per recipient. Subutex. The maximum daily dosage limit for Subutex@ is 16 mg/day
Multiple clinical trials have compared buprenorphine with methadone for opioid maintenance. Most studies have shown that buprenorphine (less than 40 mg) is as effective as low-dose methadone (less than 40 mg). 17, 18 High-dose methadone (greater than 60 mg) may be more effective than buprenorphine, however. A meta-analysis 18 of five studies that compared the two therapies showed that 8 to 12 mg of buprenorphine is not as effective as 50 to 80 mg of methadone. 19 A 2004 Cochrane review 16 confirmed these findings.
The maximum dose in the BNF is 32 mg but in the RCGP guidelines it is 24 and I think 16 int he clinical guidelines. anyway as Simon says the main effect of this will be a longer lasting effect rather than intoixication.
Dosing Overview. The recommended buprenorphine daily dose is 12 to 16 mg/day* for patients with opioid use disorder. The minimum effective dose is typically around 8 mg/day, and the maximum recommended dose is 32 mg/day. Some patients do well on as little as 2 or 4 mg/day, however. Most patients should be started and maintained on the buprenorphine/naloxone combination formulation.
SUBOXONE is supplied as hexagonal orange tablets in 2 dosage strengths: 2 mg buprenorphine + 0.5 mg naloxone embossed with a sword logo at the midline and N2 on the reverse side. and 8 mg buprenorphine + 2 mg naloxone embossed with a sword logo.
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8 mg on the first day and 16 mg (the full dosage) on the second day.
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19,722 |
numeric
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salary difference in same team
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The 14 teams participating in New Zealand's ITM Cup currently face a salary cap that is the lesser of $NZ 1.35 million or 36% of the union's commercial revenue. Maximum player salaries are $55,000, and minimum salaries are $18,000. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
For the 2005–06 NHL season, the salary cap was set at US$ 39 million per team, with a maximum of $7.8 million (20% of the team's cap) for a player. The CBA also mandated the payment of salaries in U.S. dollars, codifying what had been a universal practice for more than a decade. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
A salary cap existed in the early days of the National Hockey League (NHL). During the Great Depression, the league was under financial pressure to lower its salary cap to $62,500 per team and $7,000 per player, forcing some teams to trade away well-paid star players in order to fit the cap. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
The CBA also contains a salary floor which is formally titled the Lower Limit of the Payroll Range, the minimum that each team must pay in player salaries. The lower limit was originally set at 55% of the cap, but is now defined to be $16 million below the cap, therefore the 2011–12 minimum was $48.3 million. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
Education and Experience. It is common for companies to pay employees according to a scale. For example, a classified listing may state a job pays between $10 and $15 per hour. A qualified candidate who has a greater amount of education and/or experience than one who meets the basic job requirements is likely to earn more money.
In terms of minimum salary for each team, the salary floor is 89% of the cap. That became effective in 2013, as this requirement was by-passed in 2011 and 2012. Hence, there was in essence no salary floor in 2011 or 2012. For 2011, each team may designate up to 3 of their highest paid players (who must have at least 5 accrued seasons and make at least $1 M more than the league minimum salary for that year), toward whom the team will will receive $1 M cap credit. Repayment of this credit will be applied toward the 2014-2017 league years.
* Salaries flatten when nurses are in a position for more than 10 years. Nurses working in the same position for 11 to 15 years report a salary of $56,000; those holding their positions for over 15 years made $56,700. * As in previous years, men in nursing made more money than women. The average salary for all male respondents was $54,600, compared with $50,600 for women-an 8% difference.
According to Sports Illustrated, Garnett now makes more than $10 million a year off the court with adidas; Anta, a Chinese sportswear brand; Gatorade; and Wheaties in addition to his $21 million salary. Catchings, who makes the league maximum $105,500 per season, is not one to measure quality of life by dollars. Today, the estimated median salary — half the players make more than that — is $2.5 million. The league minimum is $473,604. The salary cap for an entire WNBA team of 11 players is $878,000. Even prorated for the 34-game season, it's less than the median NBA salary
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salary difference in same team
Context:
The 14 teams participating in New Zealand's ITM Cup currently face a salary cap that is the lesser of $NZ 1.35 million or 36% of the union's commercial revenue. Maximum player salaries are $55,000, and minimum salaries are $18,000. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
For the 2005–06 NHL season, the salary cap was set at US$ 39 million per team, with a maximum of $7.8 million (20% of the team's cap) for a player. The CBA also mandated the payment of salaries in U.S. dollars, codifying what had been a universal practice for more than a decade. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
A salary cap existed in the early days of the National Hockey League (NHL). During the Great Depression, the league was under financial pressure to lower its salary cap to $62,500 per team and $7,000 per player, forcing some teams to trade away well-paid star players in order to fit the cap. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
The CBA also contains a salary floor which is formally titled the Lower Limit of the Payroll Range, the minimum that each team must pay in player salaries. The lower limit was originally set at 55% of the cap, but is now defined to be $16 million below the cap, therefore the 2011–12 minimum was $48.3 million. The salary cap, known officially as Total Player Payments, is A$10,070,000 for the 2015 season with a salary floor of $9,566,500 except for Greater Western Sydney, whose salary cap is $10,500,000 with a floor of $9,996,500.
Education and Experience. It is common for companies to pay employees according to a scale. For example, a classified listing may state a job pays between $10 and $15 per hour. A qualified candidate who has a greater amount of education and/or experience than one who meets the basic job requirements is likely to earn more money.
In terms of minimum salary for each team, the salary floor is 89% of the cap. That became effective in 2013, as this requirement was by-passed in 2011 and 2012. Hence, there was in essence no salary floor in 2011 or 2012. For 2011, each team may designate up to 3 of their highest paid players (who must have at least 5 accrued seasons and make at least $1 M more than the league minimum salary for that year), toward whom the team will will receive $1 M cap credit. Repayment of this credit will be applied toward the 2014-2017 league years.
* Salaries flatten when nurses are in a position for more than 10 years. Nurses working in the same position for 11 to 15 years report a salary of $56,000; those holding their positions for over 15 years made $56,700. * As in previous years, men in nursing made more money than women. The average salary for all male respondents was $54,600, compared with $50,600 for women-an 8% difference.
According to Sports Illustrated, Garnett now makes more than $10 million a year off the court with adidas; Anta, a Chinese sportswear brand; Gatorade; and Wheaties in addition to his $21 million salary. Catchings, who makes the league maximum $105,500 per season, is not one to measure quality of life by dollars. Today, the estimated median salary — half the players make more than that — is $2.5 million. The league minimum is $473,604. The salary cap for an entire WNBA team of 11 players is $878,000. Even prorated for the 34-game season, it's less than the median NBA salary
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$56,000
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19,723 |
description
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what was tet
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In late January, 1968, during the lunar new year (or “Tet”) holiday, North Vietnamese and communist Viet Cong forces launched a coordinated attack against a number of targets in South Vietnam. The U.S. and South Vietnamese militaries sustained heavy losses before finally repelling the communist assault.
The combined forces of the Vietcong and the North Vietnamese Regular Army (NVA), about 85,000 strong, launched a major offensive throughout South Vietnam. The attacks began on January 31, 1968, the first day of the Lunar New Year, Vietnam's most important holiday.
The fighting that made up the Tet Offensive lasted for several days in some South Vietnamese cities. This map shows the route taken by North Vietnamese troops. During the Buddhist holiday of Tet, over 80,000 Vietcong troops emerged from their tunnels and attacked nearly every major metropolitan center in South Vietnam.
The idea was for the North Vietnamese Army (NVA) and the Viet Cong fighters in South Vietnam to make attacks on every major city in South Vietnam simultaneously on the eve of … the Vietnamese New Year, Nguyen Tet (January 30, 1968).
As the celebration of the lunar new year, Tet was the most important holiday on the Vietnamese calendar. In previous years, the holiday had been the occasion for an informal truce in South Vietnam’s long-running conflict with North Vietnam and their Communist southern allies, derisively known as Viet Cong.
The Tet Offensive was a military campaign during the Vietnam War that began on January 31, 1968 by the forces of the National Liberation Front for South Vietnam. The purpose w … as to displace the invading army presently stationed in South Vietnam and regain control of the country by the Vietnamese.
Tet Offensive. The Tet Offensive was a series of surprise attacks by the Vietcong (rebel forces sponsored by North Vietnam) and North Vietnamese forces, on scores of cities, towns, and hamlets throughout South Vietnam. It was considered to be a turning point in the Vietnam War.
The Tet Offensive was a turning point in the Vietnam War (1954-75). The assault began during Tet, a festival of the lunar new year, on January 30, 1968.
The Tet Offensive was a series of surprise attacks by the Vietcong (rebel forces sponsored by North Vietnam) and North Vietnamese forces, on scores of cities, towns, and hamlets throughout South Vietnam.
|
what was tet
Context:
In late January, 1968, during the lunar new year (or “Tet”) holiday, North Vietnamese and communist Viet Cong forces launched a coordinated attack against a number of targets in South Vietnam. The U.S. and South Vietnamese militaries sustained heavy losses before finally repelling the communist assault.
The combined forces of the Vietcong and the North Vietnamese Regular Army (NVA), about 85,000 strong, launched a major offensive throughout South Vietnam. The attacks began on January 31, 1968, the first day of the Lunar New Year, Vietnam's most important holiday.
The fighting that made up the Tet Offensive lasted for several days in some South Vietnamese cities. This map shows the route taken by North Vietnamese troops. During the Buddhist holiday of Tet, over 80,000 Vietcong troops emerged from their tunnels and attacked nearly every major metropolitan center in South Vietnam.
The idea was for the North Vietnamese Army (NVA) and the Viet Cong fighters in South Vietnam to make attacks on every major city in South Vietnam simultaneously on the eve of … the Vietnamese New Year, Nguyen Tet (January 30, 1968).
As the celebration of the lunar new year, Tet was the most important holiday on the Vietnamese calendar. In previous years, the holiday had been the occasion for an informal truce in South Vietnam’s long-running conflict with North Vietnam and their Communist southern allies, derisively known as Viet Cong.
The Tet Offensive was a military campaign during the Vietnam War that began on January 31, 1968 by the forces of the National Liberation Front for South Vietnam. The purpose w … as to displace the invading army presently stationed in South Vietnam and regain control of the country by the Vietnamese.
Tet Offensive. The Tet Offensive was a series of surprise attacks by the Vietcong (rebel forces sponsored by North Vietnam) and North Vietnamese forces, on scores of cities, towns, and hamlets throughout South Vietnam. It was considered to be a turning point in the Vietnam War.
The Tet Offensive was a turning point in the Vietnam War (1954-75). The assault began during Tet, a festival of the lunar new year, on January 30, 1968.
The Tet Offensive was a series of surprise attacks by the Vietcong (rebel forces sponsored by North Vietnam) and North Vietnamese forces, on scores of cities, towns, and hamlets throughout South Vietnam.
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The Tet Offensive was a military campaign during the Vietnam War that began on January 31, 1968 by the forces of the National Liberation Front for South Vietnam.
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19,725 |
description
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what energy is used in photosynthesis
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Energize! Plants use a process called photosynthesis to make food. During photosynthesis, plants trap light energy with their leaves. Plants use the energy of the sun to change water and carbon dioxide into a sugar called glucose. Glucose is used by plants for energy and to make other substances like cellulose and starch. Cellulose is used in building cell walls.
PHOTOSYNTHESIS. INTRODUCTION. Photosynthesis, process by which green plants and certain other organisms use the energy of light to convert carbon dioxide and water into the simple sugar glucose. In so doing, photosynthesis provides the basic energy source for virtually all organisms. Photosynthesis, process by which green plants and certain other organisms use the energy of light to convert carbon dioxide and water into the simple sugar glucose
Photosynthesis. Photosynthesis is the process by which plants, some bacteria and some protistans use the energy from sunlight to produce glucose from carbon dioxide and water. This glucose can be converted into pyruvate which releases adenosine triphosphate (ATP) by cellular respiration. Oxygen is also formed. Photosynthesis Photosynthesis is the process by which plants, some bacteria and some protistans use the energy from sunlight to produce glucose from carbon dioxide and water.
In photosynthesis, solar energy is converted to chemical energy. The chemical energy is stored in the form of glucose (sugar). Carbon dioxide, water, and sunlight are used to produce glucose, oxygen, and water. Photosynthesis Summary. In summary, photosynthesis is a process in which light energy is converted to chemical energy and used to produce organic compounds. In plants, photosynthesis typically occurs within the chloroplasts located in plant leaves. Photosynthesis consists of two stages, the light reactions and the dark reactions
Photosynthesis is the process used by plants, algae and certain bacteria to harness energy from sunlight into chemical energy. There are two types of photosynthetic processes: oxygenic photosynthesis and anoxygenic photosynthesis. Oxygenic photosynthesis is the most common and is seen in plants, algae and cyanobacteria.
Photosynthesis is the process by which plants, some bacteria, and some protistans use the energy from sunlight to produce sugar, which cellular respiration converts into ATP, the fuel used by all living things.
Photosynthesis is a process used by plants and other organisms to convert light energy, normally from the Sun, into chemical energy that can be later released to fuel the organisms' activities. However, not all organisms that use light as a source of energy carry out photosynthesis, since photoheterotrophs use organic compounds, rather than carbon dioxide, as a source of carbon. In plants, algae and cyanobacteria, photosynthesis releases oxygen.
|
what energy is used in photosynthesis
Context:
Energize! Plants use a process called photosynthesis to make food. During photosynthesis, plants trap light energy with their leaves. Plants use the energy of the sun to change water and carbon dioxide into a sugar called glucose. Glucose is used by plants for energy and to make other substances like cellulose and starch. Cellulose is used in building cell walls.
PHOTOSYNTHESIS. INTRODUCTION. Photosynthesis, process by which green plants and certain other organisms use the energy of light to convert carbon dioxide and water into the simple sugar glucose. In so doing, photosynthesis provides the basic energy source for virtually all organisms. Photosynthesis, process by which green plants and certain other organisms use the energy of light to convert carbon dioxide and water into the simple sugar glucose
Photosynthesis. Photosynthesis is the process by which plants, some bacteria and some protistans use the energy from sunlight to produce glucose from carbon dioxide and water. This glucose can be converted into pyruvate which releases adenosine triphosphate (ATP) by cellular respiration. Oxygen is also formed. Photosynthesis Photosynthesis is the process by which plants, some bacteria and some protistans use the energy from sunlight to produce glucose from carbon dioxide and water.
In photosynthesis, solar energy is converted to chemical energy. The chemical energy is stored in the form of glucose (sugar). Carbon dioxide, water, and sunlight are used to produce glucose, oxygen, and water. Photosynthesis Summary. In summary, photosynthesis is a process in which light energy is converted to chemical energy and used to produce organic compounds. In plants, photosynthesis typically occurs within the chloroplasts located in plant leaves. Photosynthesis consists of two stages, the light reactions and the dark reactions
Photosynthesis is the process used by plants, algae and certain bacteria to harness energy from sunlight into chemical energy. There are two types of photosynthetic processes: oxygenic photosynthesis and anoxygenic photosynthesis. Oxygenic photosynthesis is the most common and is seen in plants, algae and cyanobacteria.
Photosynthesis is the process by which plants, some bacteria, and some protistans use the energy from sunlight to produce sugar, which cellular respiration converts into ATP, the fuel used by all living things.
Photosynthesis is a process used by plants and other organisms to convert light energy, normally from the Sun, into chemical energy that can be later released to fuel the organisms' activities. However, not all organisms that use light as a source of energy carry out photosynthesis, since photoheterotrophs use organic compounds, rather than carbon dioxide, as a source of carbon. In plants, algae and cyanobacteria, photosynthesis releases oxygen.
|
Photosynthesis is a process used by plants and other organisms to convert light energy, normally from the Sun, into chemical energy that can be later released to fuel the organisms' activities.
|
19,726 |
description
|
The smallest blood vessels in your body,where gas exchange occurs are called
|
Gas exchange is the delivery of oxygen from the lungs to the bloodstream, and the elimination of carbon dioxide from the bloodstream to the lungs. It occurs in the lungs between the alveoli and a network of tiny blood vessels called capillaries, which are located in the walls of the alveoli. The walls of the alveoli actually share a membrane with the capillaries in which oxygen and carbon dioxide move freely between the respiratory system and the bloodstream.
Arterioles branch into capillaries, the smallest of all blood vessels. Capillaries are the sites of nutrient and waste exchange between the blood and body cells. Capillaries are microscopic vessels that join the arterial system with the venous system.
Arterioles are the smallest arteries and regulate blood flow into capillary beds through vasoconstriction and vasodilation. Capillaries are the smallest vessels and allow for exchange of substances between the blood and interstitial fluid. Continuous capillaries are most common and allow passage of fluids and small solutes. Fenestrated capillaries are more permeable to fluids and solutes than continuous capillaries.
Tweet. The smallest blood vessels in the human body are capillaries. They are responsible for the absorption of oxygen into the blood stream and for removing the deoxygenated red blood cells for return to the heart and lungs for reoxygenation.
2. Capillaries-these are the sites of gas exchange between the tissues. 3. Veins-these return oxygen poor blood to the heart, except for the vein that carries blood from the lungs. On the right is a diagram showing how the three connect. Notice the artery and vein are much larger than the capillaries.
Gas exchange occurs in the capillaries which are the smallest blood vessels in the body. Each artery that comes from the heart is surrounded by capillaries so that they can ta … ke it to the various parts of the body.
|
The smallest blood vessels in your body,where gas exchange occurs are called
Context:
Gas exchange is the delivery of oxygen from the lungs to the bloodstream, and the elimination of carbon dioxide from the bloodstream to the lungs. It occurs in the lungs between the alveoli and a network of tiny blood vessels called capillaries, which are located in the walls of the alveoli. The walls of the alveoli actually share a membrane with the capillaries in which oxygen and carbon dioxide move freely between the respiratory system and the bloodstream.
Arterioles branch into capillaries, the smallest of all blood vessels. Capillaries are the sites of nutrient and waste exchange between the blood and body cells. Capillaries are microscopic vessels that join the arterial system with the venous system.
Arterioles are the smallest arteries and regulate blood flow into capillary beds through vasoconstriction and vasodilation. Capillaries are the smallest vessels and allow for exchange of substances between the blood and interstitial fluid. Continuous capillaries are most common and allow passage of fluids and small solutes. Fenestrated capillaries are more permeable to fluids and solutes than continuous capillaries.
Tweet. The smallest blood vessels in the human body are capillaries. They are responsible for the absorption of oxygen into the blood stream and for removing the deoxygenated red blood cells for return to the heart and lungs for reoxygenation.
2. Capillaries-these are the sites of gas exchange between the tissues. 3. Veins-these return oxygen poor blood to the heart, except for the vein that carries blood from the lungs. On the right is a diagram showing how the three connect. Notice the artery and vein are much larger than the capillaries.
Gas exchange occurs in the capillaries which are the smallest blood vessels in the body. Each artery that comes from the heart is surrounded by capillaries so that they can ta … ke it to the various parts of the body.
|
Capillaries.
|
19,727 |
description
|
what is rappelling
|
5. Cancel. Rappelling is the process of coming down from a mountain that is usually done with two pieces of rope. Use a natural anchor or a set of bolts to rappel from with help from an experienced rock climber in this free video on rappelling techniques. Part of the Video Series: Rappelling & Rock Climbing.
Rappelling is the process of coming down from a mountain that is usually done with two pieces of rope. Use a natural anchor or a set of bolts to rappel from with help from an experienced rock climber in this free video on rappelling techniques. Expert: Scott Kiesling. Contact: www.climbon.biz.
Abseiling (/ˈaebseɪl/ ˈæbseɪl /or/ ; ˈɑːpzaɪl From german, abseilen meaning to rope), down also called, rappelling is the controlled descent of a vertical, drop such as a rock, face using a. Rope climbers use this technique when a cliff or slope is too steep/and or dangerous to descend without. protection
1. rappel - (mountaineering) a descent of a vertical cliff or wall made by using a doubled rope that is fixed to a higher point and wrapped around the body. abseil. mountain climbing, mountaineering-the activity of climbing a mountain. descent-the act of changing your location in a downward direction.
|
what is rappelling
Context:
5. Cancel. Rappelling is the process of coming down from a mountain that is usually done with two pieces of rope. Use a natural anchor or a set of bolts to rappel from with help from an experienced rock climber in this free video on rappelling techniques. Part of the Video Series: Rappelling & Rock Climbing.
Rappelling is the process of coming down from a mountain that is usually done with two pieces of rope. Use a natural anchor or a set of bolts to rappel from with help from an experienced rock climber in this free video on rappelling techniques. Expert: Scott Kiesling. Contact: www.climbon.biz.
Abseiling (/ˈaebseɪl/ ˈæbseɪl /or/ ; ˈɑːpzaɪl From german, abseilen meaning to rope), down also called, rappelling is the controlled descent of a vertical, drop such as a rock, face using a. Rope climbers use this technique when a cliff or slope is too steep/and or dangerous to descend without. protection
1. rappel - (mountaineering) a descent of a vertical cliff or wall made by using a doubled rope that is fixed to a higher point and wrapped around the body. abseil. mountain climbing, mountaineering-the activity of climbing a mountain. descent-the act of changing your location in a downward direction.
|
Rappelling is the process of coming down from a mountain that is usually done with two pieces of rope.
|
End of preview. Expand
in Data Studio
Dataset Card for MS MARCO for CARE Training
Dataset Description
This dataset is a processed version of MS MARCO adapted for training language models with native retrieval-augmented reasoning capabilities in the CARE framework. It serves as the "hard" dataset (D_hard) in the curriculum learning strategy for reinforcement learning training.
Key Features
- 808,731 training instances, 101,093 validation instances, and 101,092 test instances
- Real web queries from Bing search with human-generated answers
- Longer contexts and answers compared to DROP dataset
- Complex multi-hop reasoning required for comprehensive answers
Dataset Structure
Data Fields
query_id: Unique identifier for the query (int32)query_type: Classification of query typequestion: Original user query from Bing searchcontext: Concatenated passages containing relevant informationprompt: Complete prompt combining context and questionanswer: Human-generated answer text
Data Format Example
{
"query_id": 1102432,
"query_type": "description",
"question": "what causes blood pressure to rise?",
"context": "Context: High blood pressure can be caused by several factors including...",
"prompt": "Context: [passages]\n\nQuestion: what causes blood pressure to rise?",
"answer": "Blood pressure rises due to factors such as stress, high sodium intake, lack of physical activity..."
}
Data Splits
| Split | Number of Examples |
|---|---|
| Train | 808,731 |
| Validation | 101,093 |
| Test | 101,092 |
Usage
Loading the Dataset
from datasets import load_dataset
dataset = load_dataset("sheryc/ms_marco_care")
train_data = dataset["train"]
val_data = dataset["validation"]
test_data = dataset["test"]
Curriculum Learning Integration
# Example usage as Dhard in curriculum learning
class CurriculumScheduler:
def __init__(self, total_steps):
self.drop_data = load_dataset("sheryc/DROP_care")["train"]
self.msmarco_data = load_dataset("sheryc/ms_marco_care")["train"]
self.total_steps = total_steps
def get_training_batch(self, current_step, batch_size):
# Gradually transition from DROP to MS MARCO
alpha = max(0, 1 - current_step / self.total_steps)
if random.random() < alpha:
# Sample from DROP (easy)
return self.sample_batch(self.drop_data, batch_size)
else:
# Sample from MS MARCO (hard)
return self.sample_batch(self.msmarco_data, batch_size)
License
Please refer to the original MS MARCO dataset license and terms of use.
Citation
If you use this dataset, please cite both the original MS MARCO paper and the CARE paper:
@inproceedings{wang2025care,
title={Improving Context Fidelity via Native Retrieval-Augmented Reasoning},
author={Wang, Suyuchen and Wang, Jinlin and Wang, Xinyu and Li, Shiqi and Tang, Xiangru and Hong, Sirui and Chang, Xiao-Wen and Wu, Chenglin and Liu, Bang},
booktitle={Proceedings of the 2025 Conference on Empirical Methods in Natural Language Processing},
year={2025}
}
@article{DBLP:journals/corr/NguyenRSGTMD16,
author = {Tri Nguyen and Mir Rosenberg and Xia Song and Jianfeng Gao and
Saurabh Tiwary and Rangan Majumder and Li Deng},
title = {{MS} {MARCO}: {A} Human Generated MAchine Reading COmprehension Dataset},
journal = {CoRR},
volume = {abs/1611.09268},
year = {2016},
url = {http://arxiv.org/abs/1611.09268}
}
Contact
For questions about the dataset or to report issues, please visit the CARE project homepage or contact the authors.
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Size of downloaded dataset files:
364 MB
Size of the auto-converted Parquet files:
364 MB
Number of rows:
99,296
Models trained or fine-tuned on sheryc/ms_marco_care
