Category
stringclasses 4
values | Task
stringclasses 12
values | Level
stringclasses 5
values | Image_id
stringlengths 1
51
| Question
stringclasses 197
values | Choices
listlengths 4
4
| Answer
stringclasses 4
values | Explanation
stringlengths 52
839
|
|---|---|---|---|---|---|---|---|
MentalFolding
|
PaperFolding
|
Level1
|
20-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'B': 'Option B is incorrect because holes in row 3 are missing.', 'A': 'Option A is incorrect because extra holes appear in row 2.', 'C': 'Option C is incorrect because holes that should appear in row 3 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
21-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'A': 'Option A is incorrect because holes in row 4 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 3.', 'D': 'Option D is incorrect because holes that should appear in row 4 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
22-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'B': 'Option B is incorrect because holes in row 3 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 4.', 'A': 'Option A is incorrect because holes that should appear in row 3 appear in row 4.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
23-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 1 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 2.', 'A': 'Option A is incorrect because holes that should appear in row 1 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
24-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in column 4 are missing.', 'D': 'Option D is incorrect because extra holes appear in column 2.', 'A': 'Option A is incorrect because holes that should appear in column 4 appear in column 2.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
25-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 3 are missing.', 'A': 'Option A is incorrect because extra holes appear in row 1.', 'B': 'Option B is incorrect because holes that should appear in row 3 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
26-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 4 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 1.', 'A': 'Option A is incorrect because holes that should appear in row 4 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
27-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in column 2 are missing.', 'D': 'Option D is incorrect because extra holes appear in column 4.', 'A': 'Option A is incorrect because holes that should appear in column 2 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
28-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 3 are missing.', 'A': 'Option A is incorrect because extra holes appear in row 1.', 'B': 'Option B is incorrect because holes that should appear in row 3 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
29-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'D': 'Option D is incorrect because holes in row 2 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 1.', 'A': 'Option A is incorrect because holes that should appear in row 2 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
30-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'A': 'Option A is incorrect because holes in row 1 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 4.', 'C': 'Option C is incorrect because holes that should appear in row 1 appear in row 4.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
31-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'B': 'Option B is incorrect because holes in row 4 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 4 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
32-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'B': 'Option B is incorrect because holes in row 3 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 1.', 'A': 'Option A is incorrect because holes that should appear in row 3 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
33-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'D': 'Option D is incorrect because holes in column 1 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 4.', 'B': 'Option B is incorrect because holes that should appear in column 1 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
34-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in column 4 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 3.', 'D': 'Option D is incorrect because holes that should appear in column 4 appear in column 3.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
35-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'A': 'Option A is incorrect because holes in row 2 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 4.', 'B': 'Option B is incorrect because holes that should appear in row 2 appear in row 4.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
36-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in column 2 are missing.', 'B': 'Option B is incorrect because extra holes appear in column 4.', 'A': 'Option A is incorrect because holes that should appear in column 2 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
37-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in column 2 are missing.', 'D': 'Option D is incorrect because extra holes appear in column 1.', 'A': 'Option A is incorrect because holes that should appear in column 2 appear in column 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
38-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'C': 'Option C is incorrect because holes in row 4 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 1.', 'D': 'Option D is incorrect because holes that should appear in row 4 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level1
|
39-4-4-2-2
|
The original paper is a 4×4 grid paper. The images in the top row show the results of 2 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'D': 'Option D is incorrect because holes in row 2 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 2 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
0-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 2 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 2 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
1-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'A': 'Option A is incorrect because holes in row 4 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 5.', 'B': 'Option B is incorrect because holes that should appear in row 4 appear in row 5.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
2-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'A': 'Option A is incorrect because holes in column 5 are missing.', 'B': 'Option B is incorrect because extra holes appear in column 1.', 'D': 'Option D is incorrect because holes that should appear in column 5 appear in column 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
3-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'A': 'Option A is incorrect because holes in column 3 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 4.', 'B': 'Option B is incorrect because holes that should appear in column 3 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
4-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'A': 'Option A is incorrect because holes in row 1 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 4.', 'B': 'Option B is incorrect because holes that should appear in row 1 appear in row 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
5-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in row 4 are missing.', 'A': 'Option A is incorrect because extra holes appear in row 5.', 'D': 'Option D is incorrect because holes that should appear in row 4 appear in row 5.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
6-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in row 4 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 2.', 'C': 'Option C is incorrect because holes that should appear in row 4 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
7-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in row 1 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 3.', 'D': 'Option D is incorrect because holes that should appear in row 1 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
8-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'A': 'Option A is incorrect because holes in column 1 are missing.', 'D': 'Option D is incorrect because extra holes appear in column 4.', 'B': 'Option B is incorrect because holes that should appear in column 1 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
9-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in column 5 are missing.', 'B': 'Option B is incorrect because extra holes appear in column 4.', 'A': 'Option A is incorrect because holes that should appear in column 5 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
10-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'D': 'Option D is incorrect because holes in column 3 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 5.', 'B': 'Option B is incorrect because holes that should appear in column 3 appear in column 5.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
11-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 2 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 4.', 'A': 'Option A is incorrect because holes that should appear in row 2 appear in row 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
12-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'A': 'Option A is incorrect because holes in column 3 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 4.', 'D': 'Option D is incorrect because holes that should appear in column 3 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
13-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in row 1 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 1 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
14-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'D': 'Option D is incorrect because holes in row 3 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 2.', 'A': 'Option A is incorrect because holes that should appear in row 3 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
15-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'C': 'Option C is incorrect because holes in row 4 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 1.', 'D': 'Option D is incorrect because holes that should appear in row 4 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
16-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'A': 'Option A is incorrect because holes in row 4 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 2.', 'B': 'Option B is incorrect because holes that should appear in row 4 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
17-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in row 4 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 1.', 'C': 'Option C is incorrect because holes that should appear in row 4 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
18-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'B': 'Option B is incorrect because holes in row 1 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 1 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
19-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'C': 'Option C is incorrect because holes in column 4 are missing.', 'A': 'Option A is incorrect because extra holes appear in column 1.', 'B': 'Option B is incorrect because holes that should appear in column 4 appear in column 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
20-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'D': 'Option D is incorrect because holes in row 5 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 1.', 'C': 'Option C is incorrect because holes that should appear in row 5 appear in row 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
21-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in row 2 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 3.', 'D': 'Option D is incorrect because holes that should appear in row 2 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
22-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'D': 'Option D is incorrect because holes in row 5 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 3.', 'B': 'Option B is incorrect because holes that should appear in row 5 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
23-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in column 2 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 5.', 'D': 'Option D is incorrect because holes that should appear in column 2 appear in column 5.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
24-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in column 4 are missing.', 'A': 'Option A is incorrect because extra holes appear in column 2.', 'D': 'Option D is incorrect because holes that should appear in column 4 appear in column 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
25-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'A': 'Option A is incorrect because holes in column 2 are missing.', 'D': 'Option D is incorrect because extra holes appear in column 3.', 'B': 'Option B is incorrect because holes that should appear in column 2 appear in column 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
26-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'C': 'Option C is incorrect because holes in row 4 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 4 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
27-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in column 5 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 1.', 'D': 'Option D is incorrect because holes that should appear in column 5 appear in column 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
28-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in column 1 are missing.', 'A': 'Option A is incorrect because extra holes appear in column 4.', 'B': 'Option B is incorrect because holes that should appear in column 1 appear in column 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
29-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'C': 'Option C is incorrect because holes in row 2 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 3.', 'A': 'Option A is incorrect because holes that should appear in row 2 appear in row 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
30-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'B': 'Option B is incorrect because holes in column 2 are missing.', 'D': 'Option D is incorrect because extra holes appear in column 3.', 'C': 'Option C is incorrect because holes that should appear in column 2 appear in column 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
31-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'B': 'Option B is incorrect because holes in column 4 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 1.', 'A': 'Option A is incorrect because holes that should appear in column 4 appear in column 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
32-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'C': 'Option C is incorrect because holes in row 5 are missing.', 'D': 'Option D is incorrect because extra holes appear in row 2.', 'B': 'Option B is incorrect because holes that should appear in row 5 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
33-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'D': 'Option D is incorrect because holes in row 2 are missing.', 'A': 'Option A is incorrect because extra holes appear in row 4.', 'C': 'Option C is incorrect because holes that should appear in row 2 appear in row 4.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
34-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'C': 'Option C is incorrect because holes in row 3 are missing.', 'A': 'Option A is incorrect because extra holes appear in row 2.', 'B': 'Option B is incorrect because holes that should appear in row 3 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
35-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
B
|
{'A': 'Option A is incorrect because holes in row 3 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 5.', 'D': 'Option D is incorrect because holes that should appear in row 3 appear in row 5.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
36-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
D
|
{'B': 'Option B is incorrect because holes in column 5 are missing.', 'C': 'Option C is incorrect because extra holes appear in column 3.', 'A': 'Option A is incorrect because holes that should appear in column 5 appear in column 3.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
37-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in row 5 are missing.', 'B': 'Option B is incorrect because extra holes appear in row 2.', 'A': 'Option A is incorrect because holes that should appear in row 5 appear in row 2.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
38-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
C
|
{'D': 'Option D is incorrect because holes in column 5 are missing.', 'A': 'Option A is incorrect because extra holes appear in column 1.', 'B': 'Option B is incorrect because holes that should appear in column 5 appear in column 1.'}
|
MentalFolding
|
PaperFolding
|
Level2
|
39-5-5-3-3
|
The original paper is a 5×5 grid paper. The images in the top row show the results of 3 consecutive folding operations on the grid paper. Folding operations include folding along horizontal, vertical, or 45-degree direction. The rightmost image in the top row shows the result after punching holes in the folded paper. Which image represents the appearance of the paper after unfolding the punched paper? Black solid circles represent grid cells with holes. Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"D"
] |
A
|
{'D': 'Option D is incorrect because holes in row 4 are missing.', 'C': 'Option C is incorrect because extra holes appear in row 5.', 'B': 'Option B is incorrect because holes that should appear in row 4 appear in row 5.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
0
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'C': 'Option C is incorrect because it is a horizontally mirrored version of the back-top-left view.', 'A': 'Option A is incorrect because it is a vertically mirrored version of the front-bottom-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is cyan, the left face is green, the right face is yellow, the top face is blue, the bottom face is pink.', 'B': 'Option B is correct because it shows the back-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
1
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the green face? Please answer from options A, B, C, or D.
|
[
"yellow",
"pink",
"All three other options are incorrect",
"red"
] |
D
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is green, the left face is blue, the right face is cyan, the top face is yellow, the bottom face is pink.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
2
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'A': 'Option A is incorrect because it is a vertically mirrored version of the back-bottom-left view.', 'C': 'Option C is incorrect because it is a horizontally mirrored version of the back-bottom-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is green, the back face is cyan, the left face is red, the right face is yellow, the top face is blue, the bottom face is pink.', 'B': 'Option B is correct because it shows the front-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
3
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the pink face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"yellow",
"blue",
"green"
] |
D
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is cyan, the left face is green, the right face is pink, the top face is blue, the bottom face is yellow.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
4
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
C
|
{'A': 'Option A is incorrect because it is a vertically mirrored version of the back-top-right view.', 'B': 'Option B is incorrect because it is a vertically mirrored version of the front-top-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is yellow, the back face is green, the left face is blue, the right face is red, the top face is pink, the bottom face is cyan.', 'C': 'Option C is correct because it shows the front-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
5
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'C': 'Option C is incorrect because it is a horizontally mirrored version of the front-bottom-right view.', 'A': 'Option A is incorrect because it is a horizontally mirrored version of the front-top-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is yellow, the back face is cyan, the left face is pink, the right face is green, the top face is red, the bottom face is blue.', 'B': 'Option B is correct because it shows the back-top-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
6
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the red face? Please answer from options A, B, C, or D.
|
[
"green",
"pink",
"yellow",
"All three other options are incorrect"
] |
C
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is green, the back face is pink, the left face is red, the right face is yellow, the top face is blue, the bottom face is cyan.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
7
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'C': 'Option C is incorrect because it is a vertically mirrored version of the front-top-left view.', 'B': 'Option B is incorrect because it is a horizontally mirrored version of the front-bottom-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is blue, the left face is green, the right face is cyan, the top face is yellow, the bottom face is red.', 'A': 'Option A is correct because it shows the front-top-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
8
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the green face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"pink",
"blue",
"red"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is cyan, the left face is yellow, the right face is blue, the top face is green, the bottom face is pink.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
9
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the red face? Please answer from options A, B, C, or D.
|
[
"blue",
"yellow",
"green",
"All three other options are incorrect"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is green, the left face is yellow, the right face is red, the top face is cyan, the bottom face is blue.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
10
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the blue face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"yellow",
"cyan",
"green"
] |
D
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is cyan, the back face is yellow, the left face is red, the right face is pink, the top face is blue, the bottom face is green.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
11
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'A': 'Option A is incorrect because it is a horizontally mirrored version of the front-top-right view.', 'C': 'Option C is incorrect because it is a vertically mirrored version of the back-top-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is blue, the back face is green, the left face is cyan, the right face is red, the top face is pink, the bottom face is yellow.', 'B': 'Option B is correct because it shows the front-bottom-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
12
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the red face? Please answer from options A, B, C, or D.
|
[
"cyan",
"green",
"blue",
"All three other options are incorrect"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is green, the back face is red, the left face is pink, the right face is cyan, the top face is yellow, the bottom face is blue.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
13
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the red face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"green",
"pink",
"blue"
] |
D
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is yellow, the back face is pink, the left face is red, the right face is blue, the top face is cyan, the bottom face is green.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
14
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
C
|
{'A': 'Option A is incorrect because it is a horizontally mirrored version of the back-bottom-left view.', 'B': 'Option B is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is blue, the back face is pink, the left face is green, the right face is cyan, the top face is red, the bottom face is yellow.', 'C': 'Option C is correct because it shows the front-bottom-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
15
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'C': 'Option C is incorrect because it is a horizontally mirrored version of the front-bottom-left view.', 'B': 'Option B is incorrect because it is a vertically mirrored version of the back-bottom-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is cyan, the back face is blue, the left face is green, the right face is red, the top face is yellow, the bottom face is pink.', 'A': 'Option A is correct because it shows the front-top-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
16
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
C
|
{'B': 'Option B is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'A': 'Option A is incorrect because it is a vertically mirrored version of the back-bottom-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is pink, the left face is cyan, the right face is green, the top face is blue, the bottom face is yellow.', 'C': 'Option C is correct because it shows the front-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
17
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'A': 'Option A is incorrect because it is a vertically mirrored version of the front-bottom-right view.', 'C': 'Option C is incorrect because it is a horizontally mirrored version of the front-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is yellow, the back face is red, the left face is cyan, the right face is green, the top face is pink, the bottom face is blue.', 'B': 'Option B is correct because it shows the back-top-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
18
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the red face? Please answer from options A, B, C, or D.
|
[
"blue",
"All three other options are incorrect",
"green",
"pink"
] |
C
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is blue, the back face is cyan, the left face is green, the right face is red, the top face is pink, the bottom face is yellow.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
19
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the yellow face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"pink",
"blue",
"cyan"
] |
C
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is blue, the back face is yellow, the left face is green, the right face is cyan, the top face is red, the bottom face is pink.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
20
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'C': 'Option C is incorrect because it is a vertically mirrored version of the front-top-right view.', 'A': 'Option A is incorrect because it is a vertically mirrored version of the front-bottom-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is blue, the left face is yellow, the right face is pink, the top face is cyan, the bottom face is green.', 'B': 'Option B is correct because it shows the back-top-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
21
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the blue face? Please answer from options A, B, C, or D.
|
[
"yellow",
"All three other options are incorrect",
"cyan",
"red"
] |
A
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is cyan, the back face is green, the left face is red, the right face is pink, the top face is blue, the bottom face is yellow.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
22
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the yellow face? Please answer from options A, B, C, or D.
|
[
"cyan",
"pink",
"All three other options are incorrect",
"green"
] |
D
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is green, the back face is yellow, the left face is blue, the right face is red, the top face is pink, the bottom face is cyan.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
23
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the red face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"blue",
"yellow",
"cyan"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is green, the left face is red, the right face is blue, the top face is cyan, the bottom face is yellow.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
24
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
C
|
{'B': 'Option B is incorrect because it is a horizontally mirrored version of the back-bottom-left view.', 'A': 'Option A is incorrect because it is a vertically mirrored version of the back-bottom-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is yellow, the back face is red, the left face is green, the right face is cyan, the top face is blue, the bottom face is pink.', 'C': 'Option C is correct because it shows the front-top-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
25
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the green face? Please answer from options A, B, C, or D.
|
[
"pink",
"All three other options are incorrect",
"cyan",
"yellow"
] |
A
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is green, the left face is red, the right face is yellow, the top face is cyan, the bottom face is blue.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
26
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'C': 'Option C is incorrect because it is a vertically mirrored version of the front-bottom-right view.', 'B': 'Option B is incorrect because it is a horizontally mirrored version of the front-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is blue, the left face is yellow, the right face is red, the top face is green, the bottom face is cyan.', 'A': 'Option A is correct because it shows the back-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
27
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'A': 'Option A is incorrect because it is a vertically mirrored version of the back-bottom-left view.', 'C': 'Option C is incorrect because it is a horizontally mirrored version of the front-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is cyan, the back face is red, the left face is green, the right face is blue, the top face is yellow, the bottom face is pink.', 'B': 'Option B is correct because it shows the back-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
28
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
B
|
{'A': 'Option A is incorrect because it is a vertically mirrored version of the back-bottom-left view.', 'C': 'Option C is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is cyan, the back face is yellow, the left face is pink, the right face is blue, the top face is red, the bottom face is green.', 'B': 'Option B is correct because it shows the front-bottom-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
29
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the pink face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"red",
"cyan",
"yellow"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is pink, the left face is yellow, the right face is blue, the top face is green, the bottom face is cyan.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
30
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the pink face? Please answer from options A, B, C, or D.
|
[
"red",
"cyan",
"All three other options are incorrect",
"yellow"
] |
A
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is cyan, the back face is yellow, the left face is blue, the right face is green, the top face is red, the bottom face is pink.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
31
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the cyan face? Please answer from options A, B, C, or D.
|
[
"pink",
"yellow",
"All three other options are incorrect",
"blue"
] |
A
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is blue, the back face is yellow, the left face is cyan, the right face is pink, the top face is red, the bottom face is green.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
32
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'C': 'Option C is incorrect because it is a vertically mirrored version of the front-top-left view.', 'B': 'Option B is incorrect because it is a vertically mirrored version of the back-top-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is yellow, the left face is red, the right face is cyan, the top face is green, the bottom face is blue.', 'A': 'Option A is correct because it shows the front-bottom-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
33
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the cyan face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"pink",
"green",
"yellow"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is green, the left face is yellow, the right face is blue, the top face is pink, the bottom face is cyan.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
34
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the green face? Please answer from options A, B, C, or D.
|
[
"All three other options are incorrect",
"blue",
"pink",
"yellow"
] |
D
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is cyan, the left face is pink, the right face is blue, the top face is green, the bottom face is yellow.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
35
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'B': 'Option B is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'C': 'Option C is incorrect because it is a vertically mirrored version of the back-bottom-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is green, the back face is red, the left face is yellow, the right face is pink, the top face is cyan, the bottom face is blue.', 'A': 'Option A is correct because it shows the front-bottom-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
36
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
C
|
{'B': 'Option B is incorrect because it is a vertically mirrored version of the back-top-left view.', 'A': 'Option A is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is cyan, the left face is yellow, the right face is pink, the top face is green, the bottom face is blue.', 'C': 'Option C is correct because it shows the front-top-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
37
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'B': 'Option B is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'C': 'Option C is incorrect because it is a horizontally mirrored version of the front-bottom-left view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is green, the left face is cyan, the right face is red, the top face is yellow, the bottom face is blue.', 'A': 'Option A is correct because it shows the back-top-left view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
38
|
The left image shows the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. From an axonometric (3D) viewing angle of the cube, which combination of adjacent colors is possible to see? Please answer from options A, B, C, or D.
|
[
"A",
"B",
"C",
"All three other options are incorrect"
] |
A
|
{'B': 'Option B is incorrect because it is a horizontally mirrored version of the back-top-left view.', 'C': 'Option C is incorrect because it is a horizontally mirrored version of the back-top-right view.', 'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is red, the back face is yellow, the left face is pink, the right face is green, the top face is cyan, the bottom face is blue.', 'A': 'Option A is correct because it shows the front-bottom-right view.'}
|
MentalFolding
|
CubeReconstruction
|
Level0
|
39
|
As shown, this is the net (unfolded pattern) of a cube, with six faces colored in different colors. The net is folded upward to form a cube. Which color face is opposite to the blue face? Please answer from options A, B, C, or D.
|
[
"cyan",
"green",
"All three other options are incorrect",
"pink"
] |
B
|
{'ABCD': 'Assuming the bottom face is the first cell in the second row of the net, then after folding, the front face is pink, the back face is red, the left face is green, the right face is blue, the top face is yellow, the bottom face is cyan.'}
|
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