Datasets:
id stringlengths 8 20 | source_idx int64 0 715 | domain stringclasses 4
values | instruction stringlengths 64 279 | label stringclasses 2
values | video_path stringlengths 48 76 |
|---|---|---|---|---|---|
electromagnetism-0 | 0 | Electromagnetism | Predict whether the two magnets will collide after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_1_0.mp4 |
electromagnetism-1 | 1 | Electromagnetism | Predict whether the top two magnets will collide after releasing the hand. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_1_1.mp4 |
electromagnetism-2 | 2 | Electromagnetism | Predict whether the top two magnets will collide. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_1_2.mp4 |
electromagnetism-3 | 3 | Electromagnetism | Predict whether the top two magnets will collide after releasing the hand. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_1_3.mp4 |
electromagnetism-4 | 4 | Electromagnetism | Predict whether the top two magnets will collide. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_1_4.mp4 |
electromagnetism-5 | 5 | Electromagnetism | Predict whether the magnet will bounce after releasing the hand. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_1_5.mp4 |
electromagnetism-6 | 6 | Electromagnetism | Predict whether all the paper clips will remain attached to the magnets as the two magnets come close to each other. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_2_0.mp4 |
electromagnetism-7 | 7 | Electromagnetism | Predict whether the iron nails on the tabletop can be lifted up. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_3_0.mp4 |
electromagnetism-8 | 8 | Electromagnetism | Predict whether the car will move to the right as the magnet in hand moves to the left. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_3_1.mp4 |
electromagnetism-9 | 9 | Electromagnetism | Predict whether the car will move to the left as the magnet in hand moves to the left. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_3_2.mp4 |
electromagnetism-10 | 10 | Electromagnetism | Predict whether the needle will fall after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_5_0.mp4 |
electromagnetism-11 | 11 | Electromagnetism | Predict whether the needle can remain suspended. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_5_1.mp4 |
electromagnetism-12 | 12 | Electromagnetism | Predict whether the position of the matchstick will remain unchanged as the magnet approaches. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_7_0.mp4 |
electromagnetism-13 | 13 | Electromagnetism | Predict whether the matchstick can be picked up by the magnet. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_7_1.mp4 |
electromagnetism-14 | 14 | Electromagnetism | Predict whether the needle can remain suspended. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_8_0.mp4 |
electromagnetism-15 | 15 | Electromagnetism | The magnet is placed on the wooden board. Predict whether the coin will fall after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_8_1.mp4 |
electromagnetism-16 | 16 | Electromagnetism | The magnet is placed on the wooden board. Predict whether the coin will fall after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_8_2.mp4 |
electromagnetism-17 | 17 | Electromagnetism | The bottom of the toy figure is attached with a magnet. Predict whether the toy man will rise after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_8_3.mp4 |
electromagnetism-18 | 18 | Electromagnetism | The bowl is filled with toner and oil, and please predict whether the magnet will be able to lift the object on the plate. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_8_4.mp4 |
electromagnetism-19 | 19 | Electromagnetism | The bowl is filled with toner and oil, and please predict whether the object stuck to the transparent rod will stick to the magnet. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_8_5.mp4 |
electromagnetism-20 | 20 | Electromagnetism | Predict whether the match is still not attracted to the magnet. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_8_6.mp4 |
electromagnetism-21 | 21 | Electromagnetism | The magnet in hand is approaching the magnet on the right. Predict whether the two separated magnets will attract each other. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_9_0.mp4 |
electromagnetism-22 | 22 | Electromagnetism | The magnet in hand is approaching the magnet on the right. Predict whether the two separated magnets will attract each other. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_9_1.mp4 |
electromagnetism-23 | 23 | Electromagnetism | It's a magnet in hand. Predict whether the test tube will remain stationary as the magnet approaches. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_10_0.mp4 |
electromagnetism-24 | 24 | Electromagnetism | The magnet is suspended, and below is an aluminum plate. Predict whether the magnet will collide with the water glass. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_11_0.mp4 |
electromagnetism-25 | 25 | Electromagnetism | The magnet is suspended, and below is an aluminum plate. Predict whether the magnet will collide with the phone. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_11_1.mp4 |
electromagnetism-26 | 26 | Electromagnetism | Predict whether the cylindrical object will remain stationary as the black powerful magnet moves downward. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_13_0.mp4 |
electromagnetism-27 | 27 | Electromagnetism | Predict whether the object above will fall after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_14_0.mp4 |
electromagnetism-28 | 28 | Electromagnetism | Predict whether the object above will rise after releasing the hand. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_14_0.mp4 |
electromagnetism-29 | 29 | Electromagnetism | The cage is a Faraday cage, and the object on the right is a Van de Graaff generator. Predict whether the paper will remain stationary when rotating the handle of the Van de Graaff generator. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_17_0.mp4 |
electromagnetism-30 | 30 | Electromagnetism | The object on the right is a Van de Graaff generator. Predict whether the paper will be lifted up when rotating the handle of the Van de Graaff generator. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_17_1.mp4 |
electromagnetism-31 | 31 | Electromagnetism | The object on the left is a electroscope, and the object on the right is a Van de Graaff generator. Predict whether, at this moment, the leaves of the electroscope will diverge when rotating the handle of the Van de Graaff generator. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_18_0.mp4 |
electromagnetism-32 | 32 | Electromagnetism | The second balloon appeared after rubbing against the hair. Predict whether the direction of water flow will remain unchanged as the balloon approaches. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_20_1_0.mp4 |
electromagnetism-33 | 33 | Electromagnetism | When the pink straw starts rotating around the bottle, predict whether the straw on the bottle will also rotate. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_20_1_1.mp4 |
electromagnetism-34 | 34 | Electromagnetism | Predict whether the paper will remain stationary as the straw approaches it and spins around. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_20_1_2.mp4 |
electromagnetism-35 | 35 | Electromagnetism | Predict whether the position of the bubbles remains unchanged as the PVC pipe approaches. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_20_1_3.mp4 |
electromagnetism-36 | 36 | Electromagnetism | Predict whether the toothpick on the coin will move along as the straw approaches the glass. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_20_1_4.mp4 |
electromagnetism-37 | 37 | Electromagnetism | Predict whether the paper ball will move when the balloon approaches the screw on the right. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_21_0.mp4 |
electromagnetism-38 | 38 | Electromagnetism | Predict whether the paper flower will fly up as the tube is rubbed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_23_0.mp4 |
electromagnetism-39 | 39 | Electromagnetism | Predict whether the paper flower will fly up as the tube is rubbed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_23_1.mp4 |
electromagnetism-40 | 40 | Electromagnetism | Predict whether the red object suspended on the left will remain stationary as the coil approaches the magnet. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_24_0.mp4 |
electromagnetism-41 | 41 | Electromagnetism | Predict whether only one light bulb will light up when all switches are closed. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_25_0.mp4 |
electromagnetism-42 | 42 | Electromagnetism | Predict whether only one light bulb will light up when the switch is closed. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_26_0.mp4 |
electromagnetism-43 | 43 | Electromagnetism | Predict whether only one light bulb will light up when the switch is closed at this moment. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_26_1.mp4 |
electromagnetism-44 | 44 | Electromagnetism | The glass rod being held is approaching the glass rod on the yellow object. Predict whether the glass rod on the yellow object will remain stationary. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_27_0.mp4 |
electromagnetism-45 | 45 | Electromagnetism | Predict whether the pointer of the ammeter will change when the coil is moved up and down at this moment. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_29_0.mp4 |
electromagnetism-46 | 46 | Electromagnetism | Predict whether the pointer of the ammeter will change when the coil is moved back and forth at this moment. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_29_0.mp4 |
electromagnetism-47 | 47 | Electromagnetism | The phone is currently playing music. Predict whether the speaker will remain muted after inserting the handheld coil into the lower coil. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_31_0.mp4 |
electromagnetism-48 | 48 | Electromagnetism | The blue object is a power source. Predict whether the conductor bar in the middle of the magnet will remain stationary after the power is turned on. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_32_0.mp4 |
electromagnetism-49 | 49 | Electromagnetism | The blue object is a power source. Predict whether the direction of movement of the conductor bar in the middle of the magnet remains unchanged after the power is connected. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_32_1.mp4 |
electromagnetism-50 | 50 | Electromagnetism | The blue object is a power source. Predict whether the direction of movement of the conductor bar in the middle of the magnet remains unchanged after the power is connected. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_32_2.mp4 |
electromagnetism-51 | 51 | Electromagnetism | Predict whether the green electron beam will be able to maintain a straight path when the magnet is moved downwards vertically. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_33_0.mp4 |
electromagnetism-52 | 52 | Electromagnetism | Predict whether the direction of the green electron beam deviation will remain the same if the magnet is moved vertically downward. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_33_1.mp4 |
electromagnetism-53 | 53 | Electromagnetism | Predict whether the pointer of the ammeter will remain unchanged if the magnet is moved vertically downward. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_34_0.mp4 |
electromagnetism-54 | 54 | Electromagnetism | Predict whether the deflection direction of the pointer in the ammeter will remain the same when the magnet is moved vertically upwards compared to when it is moved downwards. Please Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_34_1.mp4 |
electromagnetism-55 | 55 | Electromagnetism | The red and white objects above and below the conductor bar are the poles of the magnet. The power is turned on. Predict whether the conductor bar will remain stationary. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_37_0.mp4 |
electromagnetism-56 | 56 | Electromagnetism | The red and white objects above and below the conductor bar represent the two poles of a magnet. As the power is being turned on, please predict whether the direction of the conductor bar's motion will be the same as its initial direction of motion. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_37_1.mp4 |
electromagnetism-57 | 57 | Electromagnetism | The red and white objects above and below the conductor bar represent the two poles of a magnet. As the power is being turned on, please predict whether the direction of the conductor bar's motion will be the same as its initial direction of motion. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_37_2.mp4 |
electromagnetism-58 | 58 | Electromagnetism | Predict whether the metal rod will remain still after pressing the power switch. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_39_0.mp4 |
electromagnetism-59 | 59 | Electromagnetism | Predict whether the metal rod will remain still after pressing the power switch. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_39_1.mp4 |
electromagnetism-60 | 60 | Electromagnetism | The red port of the power supply is the positive pole. Predict whether the metal rod will remain stationary as the resistance of the sliding rheostat is reduced. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_40_0.mp4 |
electromagnetism-61 | 61 | Electromagnetism | Predict whether the direction of the second movement of the metal rod will change compared to the first movement as the resistance of the sliding rheostat is reduced. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_40_1.mp4 |
electromagnetism-62 | 62 | Electromagnetism | Predict whether the shape of the coil changes after pressing the power button. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_41_0.mp4 |
electromagnetism-63 | 63 | Electromagnetism | Predict whether the direction of the small magnetic needle will change after the power is turned on. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_42_0.mp4 |
electromagnetism-64 | 64 | Electromagnetism | Predict whether the deflection direction of the N poles of the three small magnetic needles is the same after the power is turned on. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_42_0.mp4 |
electromagnetism-65 | 65 | Electromagnetism | The white square object is a square coil. Predict whether the pointer of the ammeter will change if the square coil is moved vertically. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_44_0.mp4 |
electromagnetism-66 | 66 | Electromagnetism | The white square object is a square coil. Predict whether the pointer of the ammeter will change if the square coil is moved horizontally. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_44_0.mp4 |
electromagnetism-67 | 67 | Electromagnetism | Predict whether the light bulb will light up after the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_46_0.mp4 |
electromagnetism-68 | 68 | Electromagnetism | Predict whether the light bulb will light up after the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_47_1.mp4 |
electromagnetism-69 | 69 | Electromagnetism | The object with the blue cap is an electroscope. Predict whether the foil leaves of the electroscope will spread apart when the rubber rod touches the top conductor of the electroscope. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_49_0.mp4 |
electromagnetism-70 | 70 | Electromagnetism | Predict whether the light bulb will light up after the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_51_0.mp4 |
electromagnetism-71 | 71 | Electromagnetism | Predict whether the ammeter pointer will move if the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_51_0.mp4 |
electromagnetism-72 | 72 | Electromagnetism | Predict whether the ammeter pointer will move if the switch is closed. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_51_1.mp4 |
electromagnetism-73 | 73 | Electromagnetism | Predict whether the light bulb will light up after the switch is closed. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_51_1.mp4 |
electromagnetism-74 | 74 | Electromagnetism | Predict whether the light bulb will light up after the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_53_0.mp4 |
electromagnetism-75 | 75 | Electromagnetism | Predict whether the voltmeter pointer will deflect when the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_53_0.mp4 |
electromagnetism-76 | 76 | Electromagnetism | Predict whether the ammeter pointer will deflect when the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_59_0.mp4 |
electromagnetism-77 | 77 | Electromagnetism | Predict whether the ammeter pointer will deflect when the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_59_1.mp4 |
electromagnetism-78 | 78 | Electromagnetism | Predict whether the ammeter pointer will deflect when the switch is closed. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_59_2.mp4 |
electromagnetism-79 | 79 | Electromagnetism | The white substance in the beaker is salt, which will be dissolved in water. Predict whether the pointer of the ammeter will deflect when the switch is closed. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_59_3.mp4 |
electromagnetism-80 | 80 | Electromagnetism | Predict whether the light bulb will still light up after the wire is connected. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_60_0.mp4 |
electromagnetism-81 | 81 | Electromagnetism | Predict whether the light bulb will still light up after the wire is connected. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_60_1.mp4 |
electromagnetism-82 | 82 | Electromagnetism | Predict whether both bulbs will light up after the wires are connected. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_60_2.mp4 |
electromagnetism-83 | 83 | Electromagnetism | Predict whether the light bulb will be brighter after the wire is connected than before. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_60_2.mp4 |
electromagnetism-84 | 84 | Electromagnetism | Predict whether both bulbs will light up after the wires are connected. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_61_0.mp4 |
electromagnetism-85 | 85 | Electromagnetism | Predict whether the brightness of the illuminated light bulb will remain unchanged after the wire is connected. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_61_0.mp4 |
electromagnetism-86 | 86 | Electromagnetism | Predict whether both bulbs will not light up after the wires are connected. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_61_1.mp4 |
electromagnetism-87 | 87 | Electromagnetism | Predict whether steel wool will catch fire. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_62_0.mp4 |
electromagnetism-88 | 88 | Electromagnetism | Predict whether the steel wool will catch fire. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_62_1.mp4 |
electromagnetism-89 | 89 | Electromagnetism | Predict whether the object connected to the battery may heat up and smoke. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_63_0.mp4 |
electromagnetism-90 | 90 | Electromagnetism | It is approaching the basin along the current direction. Predict whether the small light bulb will never light up. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_64_0.mp4 |
electromagnetism-91 | 91 | Electromagnetism | Predict whether the small light bulb on the coil will light up as the coil approaches the pot. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_67_0.mp4 |
electromagnetism-92 | 92 | Electromagnetism | Predict whether the time of the second swing of the aluminum sheet will increase compared to the first swing. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_68_0.mp4 |
electromagnetism-93 | 93 | Electromagnetism | Predict whether the ammeter pointer will deflect if the square coil is moved horizontally at this time. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_69_0.mp4 |
electromagnetism-94 | 94 | Electromagnetism | Predict whether the direction of the small magnetic needle will change after closing the switch. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_70_0.mp4 |
electromagnetism-95 | 95 | Electromagnetism | Predict whether the N poles of all small magnetic needles will point in the same direction after the switch is closed. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_70_0.mp4 |
electromagnetism-96 | 96 | Electromagnetism | Predict whether the brass will be attracted if the magnet swings back and forth in front of it. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_76_0.mp4 |
electromagnetism-97 | 97 | Electromagnetism | Predict whether the brass will be repelled if the magnet swings back and forth in front of it. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_76_0.mp4 |
electromagnetism-98 | 98 | Electromagnetism | Predict whether the brass will swing back and forth when the magnet is swung in front of it. Please answer yes or no only. | yes | media/Electromagnetism/classification/video/elec_ori_video_76_0.mp4 |
electromagnetism-99 | 99 | Electromagnetism | The track is made of aluminum. Please predict whether the iron ball and the magnetic ball will fall simultaneously when released. Please answer yes or no only. | no | media/Electromagnetism/classification/video/elec_ori_video_76_1.mp4 |
End of preview. Expand in Data Studio
Physics-RW for lmms-eval
Normalized 1,135-example English Physics-RW classification benchmark and official videos.
Source: https://www.modelscope.cn/datasets/pengyz/Physics-RW. The source dataset license is preserved.
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