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301 | Answer the question in this video. | What is the approximation after 5 steps of Newton's method of this degree 5 polynomial? (rounded to 2 decimal places, start at the red dot) | 9.65 | mathematical_reasoning |
|
302 | Answer the question in this video. | With (x, y) referring to the value in the cell at Row x, Column y, what is the sum of (5, 1), (6, 1), (6, 10), (16, 7), (9, 9), (9, 5), (13, 3), (15, 3), (4, 1), and (9, 2)? Please answer with a just a number and nothing else | 324 | mathematical_reasoning |
|
303 | Answer the question in this video. |
To the nearest 3 second increment, how long does it take to walk from the stove to the dining table?
Options:
A) 3
B) 6
C) 9
D) 12
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| B | temporal_reasoning |
|
304 | Answer the question in this video. | This is step 5 of tying constrictor surgical knot retrieving end. What are the remaining steps needed to complete the knot, listed in chronological order?
Only output a comma-separated number sequence (e.g., 1,2,3). | 2,6 | planning_reasoning |
|
305 | Answer the question in this video. |
How many times is the pen picked up by the robot?
Options:
A) 1
B) 2
C) 3
D) 4
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| C | temporal_reasoning |
|
306 | Answer the question in this video. | The coordinates of the fixed end-point B, (x_B , y_B), must satisfy
x_B = r(θ_f − sin θ_f)
y_B = − r(1 − cos θ_f)
Hence the two quantities that have to be determined so that the cycloid passes through B are the final cycloidal angle θ_f and the generating radius r.
Answer: (C) θ_f and r | C | physical_reasoning |
|
307 | Answer the question in this video. | What was the sequence of colors that appeared?\n\n Answer with Single Letter Sequence without space (e.g, RGBRGB) | RBGYGY | temporal_reasoning |
|
308 | Answer the question in this video. | After moving the same arc length s = 1.0, which track shows the largest magnitude of potential energy (PE)?
(A) Straight
(B) Parabola
(C) Cycloid
(D) All the same | A | physical_reasoning |
|
309 | Answer the question in this video. | Which of the earlier videos reflects realistic physics in this situation?
A simple ramp made of cardboard propped up by a blue block on a light-colored wooden table. There's a black pipe to the left of the frame and a yellow tennis ball rolls out of the pipe towards the ramp. Static shot with no camera movement.
Answer with a single letter (e.g., H). If none of them are realistic, return None. | E | physical_reasoning |
|
310 | Answer the question in this video. |
If the blue bin was removed, where would the robot place the empty can?
Options:
A) Black bin.
B) White table.
C) Grey bin.
D) Nowhere, leave it on the floor.
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| C | temporal_reasoning |
|
311 | Answer the question in this video. | Observe the following structure. Which shape matches the missing cubes? Answer with only one multiple choice option. | B | spatial_reasoning |
|
312 | Answer the question in this video. |
If you are sitting on the glass dining table, facing the deck/window. Where is the kitchen in relation to you?
Options:
A) Behind and to the right.
B) To the left.
C) Behind and to the left.
D) Behind.
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| C | spatial_reasoning |
|
313 | Answer the question in this video. | You're now at step 4 of trilene knot. Count how many additional steps are needed after this point.
Your answer should only be a number (e.g. 1). | 8 | planning_reasoning |
|
314 | Answer the question in this video. | During the animation the orange gear turns through what angle?
A. 90°
B. 180°
C. 270°
D. 360°
E. 540° | B | spatial_reasoning |
|
315 | Answer the question in this video. |
Choose the graph that best describe the displacement of the object | B | physical_reasoning |
|
316 | Answer the question in this video. | List the order of shapes that appeared longest to shortest with comma separated values \n\n (e.g, shape1, shape2, shape3, shape4, shape5) | pentagon, sphere, triangle, cube, star | temporal_reasoning |
|
317 | Answer the question in this video. | With (x, y) referring to the value in the cell at Row x, Column y, what is the sum of (1, 2), (4, 4), (6, 10), (1, 6), and (7, 7)? Please answer with a just a number and nothing else | 139 | mathematical_reasoning |
|
318 | Answer the question in this video. | How many pink squares should appear in the output grid? Answer with a single integer | 27 | abstract_reasoning |
|
319 | Answer the question in this video. | You're viewing arbitrarily ordered clips of tripod lashing knot being tied. Replicate the authentic step progression.
Only output a comma-separated number sequence (e.g., 1,2,3). | 16,14,1,3,2,6,17,4,8,11,15,12,7,9,5,10,13 | planning_reasoning |
|
320 | Answer the question in this video. | List the order of shapes that appeared longest to shortest with comma separated values \n\n (e.g, shape1, shape2, shape3, shape4, shape5) | cone, cylinder, sphere, cube, rectangular prism | temporal_reasoning |
|
321 | Answer the question in this video. | The diagonal slice through the cube produces which polygon?
A. Square
B. Pentagon
C. Hexagon
D. Octagon
E. Triangle | C | spatial_reasoning |
|
322 | Answer the question in this video. | How many light blue squares should appear in the output grid? Answer with a single integer | 21 | abstract_reasoning |
|
323 | Answer the question in this video. | Which output grid should follow? Answer with one multiple choice option. | d | abstract_reasoning |
|
324 | Answer the question in this video. |
To go from the basement to the second floor, a robot would need to:
Options:
A) Walk up the first flight of stairs, make two lefts, and walk up the second flight.
B) Walk up the first flight of stairs, make a left, walk forward past the front door, and walk up the second flight.
C) Walk up the first flight of stairs, make two rights, and walk up the second flight.
D) Walk up the first flight of stairs, make a right, walk past the living room, and walk up the second flight.
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| C | spatial_reasoning |
|
325 | Answer the question in this video. |
Please select the option the best describe the trajectory | D | physical_reasoning |
|
326 | Answer the question in this video. |
How many clips did not feature food items?
Options:
A) 1
B) 2
C) 3
D) 4
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| B | temporal_reasoning |
|
327 | Answer the question in this video. | At how many points does Group U exceed Group C in the following graph? Please answer with a just a number and nothing else | 4 | mathematical_reasoning |
|
328 | Answer the question in this video. | Where is the ball after completing its path?
A. Front-bottom-centre
B. Front-bottom-right corner
C. Front-top-centre
D. Back-bottom-centre
E. Cube centre | A | spatial_reasoning |
|
329 | Answer the question in this video. | What is the difference between the position of the 'E' in the first word and the third word? Please answer with just a number and no other text | 0 | abstract_reasoning |
|
330 | Answer the question in this video. | On which column does the ALIGN w/ proposal [38, 28] method achieve the highest score? Please answer with a just a column header and nothing else | Mapillary Vistas | mathematical_reasoning |
|
331 | Answer the question in this video. | What is the size—i.e., the number of cells—of the largest connected group of holes, where connectivity is defined by 8-neighbour adjacency? (diagonal connection count)
Please return a single number (e.g. 3). Nothing preceding or following it. | 6 | planning_reasoning |
|
332 | Answer the question in this video. | After the same elapsed time t = 0.30, which track retains the largest remaining potential energy (PE)?
(A) Straight
(B) Parabola
(C) Cycloid
(D) All the same | A | physical_reasoning |
|
333 | Answer the question in this video. | What is the approximation after 6 steps of Newton's method of this degree 3 polynomial? (rounded to 2 decimal places, start at the red dot) | -1.00 | mathematical_reasoning |
|
334 | Answer the question in this video. | How many green squares should appear in the output grid? Answer with a single integer | 30 | abstract_reasoning |
|
335 | Answer the question in this video. | These scrambled frames capture stages of tying dropper loop knot. Restore their logical progression.
Only output a comma-separated number sequence (e.g., 1,2,3). | 13,10,2,16,15,12,6,4,11,9,8,7,14,1,5,3 | planning_reasoning |
|
336 | Answer the question in this video. | After each roll, record the color on the top of each cube. Which color was rolled most often? Answer with only the color name. | white | spatial_reasoning |
|
337 | Answer the question in this video. | You're viewing mixed-up video clips from the process of tying coil unattached rope knot. Reconstruct the original step sequence.
Only output a comma-separated number sequence (e.g., 1,2,3). | 6,11,15,20,10,1,8,12,4,17,13,3,2,7,9,19,21,5,18,16,14 | planning_reasoning |
|
338 | Answer the question in this video. | Observe the following structure. How many cubes are missing from this figure? Answer with a single integer. | 33 | spatial_reasoning |
|
339 | Answer the question in this video. | How many dark red squares should appear in the output grid? Answer with a single integer | 12 | abstract_reasoning |
|
340 | Answer the question in this video. | How many orange squares should appear in the output grid? Answer with a single integer | 13 | abstract_reasoning |
|
341 | Answer the question in this video. | How many light gray squares should appear in the output grid? Answer with a single integer | 49 | abstract_reasoning |
|
342 | Answer the question in this video. | Out-of-order clips from the figure 8 bend knot tying process are shown. Determine their proper temporal arrangement.
Only output a comma-separated number sequence (e.g., 1,2,3). | 7,12,10,9,5,4,11,1,3,8,2,6 | planning_reasoning |
|
343 | Answer the question in this video. | How many full revolutions does each sphere complete around the spine?
A. 0.5
B. 1
C. 1.5
D. 2
E. 3 | C | spatial_reasoning |
|
344 | Answer the question in this video. | What is the size—i.e., the number of cells—of the largest connected group of holes, where connectivity is defined by 4-neighbour adjacency? (diagonal connection does not count)
Please return a single number (e.g. 3). Nothing preceding or following it. | 4 | planning_reasoning |
|
345 | Answer the question in this video. |
When entering the FRONT door of the house, how would u get to the kitchen?
Options:
A) Walk past the white brick wall, continue straight past the stairs, and turn left.
B) Walk past the stairs, turn right at the dining table.
C) Turn left.
D) Walk past the stairs, pass the white brick wall, and turn right.
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| D | spatial_reasoning |
|
346 | Answer the question in this video. | Which output grid should follow? Answer with one multiple choice option. | e | abstract_reasoning |
|
347 | Answer the question in this video. | Observe the trajectory of the arrow. Which color shape was the furthest from the previous shape in the path? Answer with only the color name. | purple | spatial_reasoning |
|
348 | Answer the question in this video. | What is the approximation after 4 steps of Newton's method of this degree 4 polynomial? (rounded to 2 decimal places, start at the red dot) | -0.59 | mathematical_reasoning |
|
349 | Answer the question in this video. | What is the y-value after 3 Euler steps? (Choose the closest answer, give just the letter) | B | mathematical_reasoning |
|
350 | Answer the question in this video. | Observe the following scene. How many sections does the dotted line cut the colored lines into? Answer with a single integer. | 14 | spatial_reasoning |
|
351 | Answer the question in this video. | What is the minimum number of moves required to reach the farthest letter from the green square? (A move is defined as going one step in any valid direction: up, down, left, or right, without crossing walls.)
Please return a single number (e.g. 3). Nothing preceding or following it. | 50 | planning_reasoning |
|
352 | Answer the question in this video. | What is the z-component of curl at the green point? Output only the letter of the correct answer | B | mathematical_reasoning |
|
353 | Answer the question in this video. | Scrambled footage from tying half hitch knot is visible. Piece together the proper execution sequence.
Only output a comma-separated number sequence (e.g., 1,2,3). | 8,9,6,5,7,4,1,3,2 | planning_reasoning |
|
354 | Answer the question in this video. | Observe the following structure. What is the maximum number of visible square faces that can be seen in a parallel 2D projection, considering only the side faces? Answer with a single integer. | 11 | spatial_reasoning |
|
355 | Answer the question in this video. | From the scenarios previewed, which video aligns with observable physical interactions?
A teapot is placed on a rotating display that rotates clockwise. Static shot with no camera movement.
Choose a letter (e.g., S). If none of them are realistic, return None. | E | physical_reasoning |
|
356 | Answer the question in this video. | How many methods in the table achieve an Mapillary Vistas score higher than 45.85? Please answer with a just a number and nothing else | 2 | mathematical_reasoning |
|
357 | Answer the question in this video. | At how many points does Group L not exceed Group E in the following graph? Please answer with a just a number and nothing else | 3 | mathematical_reasoning |
|
358 | Answer the question in this video. | Select answer choices that match. If multiple, list them without comma separated values (e.g, AB)" A. The numbers enter into 3 digit numbers, B. As the values strictly increase, C. Pause length proportionally increases with values, D. Pause length proportionally increases with video length, E. All of the above | D | temporal_reasoning |
|
359 | Answer the question in this video. | How many dominoes were green? | 8 | temporal_reasoning |
|
360 | Answer the question in this video. | Which output grid should follow? Answer with one multiple choice option. | b | abstract_reasoning |
|
361 | Answer the question in this video. | Which output grid should follow? Answer with one multiple choice option. | d | abstract_reasoning |
|
362 | Answer the question in this video. | How many pink squares should appear in the output grid? Answer with a single integer | 216 | abstract_reasoning |
|
363 | Answer the question in this video. | What location did 'O' end up in, if the first letter in the word is position 1? Please answer with just a number and no other text | 4 | abstract_reasoning |
|
364 | Answer the question in this video. | Out-of-order clips from the square lashing knot tying process are shown. Determine their proper temporal arrangement.
Only output a comma-separated number sequence (e.g., 1,2,3). | 10,18,11,13,17,2,12,14,7,16,6,1,9,4,3,8,5,15 | planning_reasoning |
|
365 | Answer the question in this video. | Which is the correct convolution f(t) * g(t)? Output just the letter of the correct answer. | A | mathematical_reasoning |
|
366 | Answer the question in this video. | On which column does the LSeg+ [46, 28] method achieve the highest score? Please answer with a just a column header and nothing else | Cityscapes | mathematical_reasoning |
|
367 | Answer the question in this video. | An orange inflatable basketball is suspended above a black plastic crate placed on a wooden table. The ball is then released. Static shot with no camera movement.
Given the situation described, which previously viewed video portrays motion/behavior that is physically credible?
Reply with a single letter (e.g., H). If none of them are realistic, return None. | B | physical_reasoning |
|
368 | Answer the question in this video. | At step 4 of tying carrick bend knot, what are the remaining moves you must make to finish, listed in chronological order?
Only output a comma-separated number sequence (e.g., 1,2,3). | null | planning_reasoning |
|
369 | Answer the question in this video. | In the Snell–Fermat analogy, the quantity “light speed c/n” is paired with the bead’s speed v.
As the refractive index n increases, how should the corresponding physical quantity in the brachistochrone problem change?
(A) The potential energy must increase.
(B) v must increase.
(C) v must decrease.
(D) The mass must change. | C | physical_reasoning |
|
370 | Answer the question in this video. | How many dark red squares should appear in the output grid? Answer with a single integer | 4 | abstract_reasoning |
|
371 | Answer the question in this video. | If you've completed step 9 while tying four strand square sinnet knot, what are the remaining actions you need to perform, listed in chronological order?
Only output a comma-separated number sequence (e.g., 1,2,3). | 7,8,11,3,10,4 | planning_reasoning |
|
372 | Answer the question in this video. | The video segments of long bury splice knot being tied are disordered. Sort them into the right step-by-step order.
Only output a comma-separated number sequence (e.g., 1,2,3). | 13,3,5,9,2,14,16,8,17,11,4,15,10,7,12,1,6 | planning_reasoning |
|
373 | Answer the question in this video. | A red light (wavelength \lambda_0 = 650\,\text{nm}) passes through a glass plate with refractive index n = 1.50 and thickness d = 2.0\,\text{mm}.
What is the approximate phase delay \Delta\phi (in radians)? (Use 2\pi \approx 6.28.)
(A) 2.90 \times 10^{4}
(B) 1.45 \times 10^{4}
(C) 4.83 \times 10^{3}
(D) 9.66 \times 10^{2} | C | physical_reasoning |
|
374 | Answer the question in this video. | Under the same condition as before (same arc length s = 1.0), which track shows the largest magnitude of kinetic energy (KE)?
(A) Straight
(B) Parabola
(C) Cycloid
(D) All the same | C | physical_reasoning |
|
375 | Answer the question in this video. | Which output grid should follow? Answer with one multiple choice option. | e | abstract_reasoning |
|
376 | Answer the question in this video. | A small statue made of porcelain illuminated by a spotlight on a rotating base that rotates clockwise. The spotlight casts a large shadow of the statue onto the wall behind it. Static shot with no camera movement.
Which of the earlier examples aligns with the principles of physics in the context provided?
Use a single letter to respond (e.g., J). If none of them are realistic, return None. | F | physical_reasoning |
|
377 | Answer the question in this video. | The frames shown are jumbled clips from shear lashing knot knot-tying. Reorder them into the correct timeline.
Only output a comma-separated number sequence (e.g., 1,2,3). | 5,6,9,8,11,1,3,4,12,10,7,2 | planning_reasoning |
|
378 | Answer the question in this video. | Observe the following structure. Which shape matches the missing cubes? Answer with only one multiple choice option. | D | spatial_reasoning |
|
379 | Answer the question in this video. | What is the difference between the position of the 'T' in the first word and the last word? Please answer with just a number and no other text | 5 | abstract_reasoning |
|
380 | Answer the question in this video. | What is the minimum number of moves required to visit all letters exactly once, starting from the green square? (A move is defined as going one step in any valid direction: up, down, left, or right, without crossing walls.)
Please return a single number (e.g. 3). Nothing preceding or following it. | 69 | planning_reasoning |
|
381 | Answer the question in this video. | What is the definite integral using the Left Riemann Sum between two endpoints? Output the answer rounded to 2 decimal places. | 4.67 | mathematical_reasoning |
|
382 | Answer the question in this video. | How many red squares should appear in the output grid? Answer with a single integer | 40 | abstract_reasoning |
|
383 | Answer the question in this video. | Quinn wants to buy 8 Loquats, 6 Gooseberrys, 7 Kiwis, 5 Bananas, 7 Blueberrys, 5 Cloudberrys, 2 Blackberrys, 2 Boysenberrys, 8 Clementines, and 7 Carambolas. How much does it cost? Please answer with a just a number and nothing else | 2826.67 | mathematical_reasoning |
|
384 | Answer the question in this video. | List the order of shapes that appeared longest to shortest with comma separated values \n\n (e.g, shape1, shape2, shape3, shape4, shape5). | cylinder, rectangular prism, torus, cube, cone | temporal_reasoning |
|
385 | Answer the question in this video. | This is step 2 of the gnat hitch knot knot. How many more steps do you need to perform?
Your answer should only be a number (e.g. 1). | 6 | planning_reasoning |
|
386 | Answer the question in this video. | What is the approximation after 2 steps of Newton's method of this degree 5 polynomial? (rounded to 2 decimal places, start at the red dot) | -1.92 | mathematical_reasoning |
|
387 | Answer the question in this video. | What is the flux through the surface? Output only the number, round to 2 decimal places | 0.00 | mathematical_reasoning |
|
388 | Answer the question in this video. | List the duration of each of the shapes from the beginning (from drawing the object to disappearing). \n\n (answer to 1 decimal point and list them with comma separated values: e.g., 3.2s, 1.5s, 1.0s) | 2.5, 1.2, 1.5, 0.7, 1.4 | temporal_reasoning |
|
389 | Answer the question in this video. | Observe the following scene. What was the color of the 2nd line to be drawn? Answer with only the color name. | purple | spatial_reasoning |
|
390 | Answer the question in this video. | Step 8 shown in tying ashley bend knot. How many steps remain before completion?
Your answer should only be a number (e.g. 1). | 0 | planning_reasoning |
|
391 | Answer the question in this video. |
The fruit bowl in the kitchen is closest to which of the following?
Options:
A) The fridge
B) The microwave oven
C) The sink
D) The pantry
Instruction:
Respond with a single letter (e.g. "A"). Don't add any other text.
| B | spatial_reasoning |
|
392 | Answer the question in this video. | What is the maximum shortest-path distance (in grid steps) between the green and red squares at any point during the animation?
Respond with one integer only (e.g., 7).. Do not add any other text. | 10 | planning_reasoning |
|
393 | Answer the question in this video. | You're now at step 5 of surgical slip tie knot. What are the remaining steps needed after this point, in chronological order?
Only output a comma-separated number sequence (e.g., 1,2,3). | 6,15,1,8,3,7,12,13,10,4,14,11,2,9 | planning_reasoning |
|
394 | Answer the question in this video. | Observe the following cubes. Out of the hidden faces, which color appears most often? Answer with only the color name. | green | spatial_reasoning |
|
395 | Answer the question in this video. | What is the thermal diffusivity constant k? Choose the letter of the correct answer: | B | mathematical_reasoning |
|
396 | Answer the question in this video. | How many seconds did the ball travel after hitting an object? | 5.5 | temporal_reasoning |
|
397 | Answer the question in this video. | Observe the following scene. How many lines are drawn in the video? Answer with a single integer. | 3 | spatial_reasoning |
|
398 | Answer the question in this video. | Observe the following cubes. Which cube matches the one shown in the video? Answer with one multiple choice option. | B | spatial_reasoning |
|
399 | Answer the question in this video. | Randomized clips of tie a half windsor necktie knot being tied are displayed. Identify the correct start-to-end sequence.
Only output a comma-separated number sequence (e.g., 1,2,3). | 7,8,4,11,3,9,1,2,6,5,10,12 | planning_reasoning |
|
400 | Answer the question in this video. | What 2‑D shape is the cross‑section produced by the plane?
A. Circle
B. Ellipse
C. Triangle
D. Square
E. Hexagon | A | spatial_reasoning |
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