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int64 1
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imagewidth (px) 218
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stringclasses 111
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stringlengths 1
12
| name
stringclasses 28
values | difficulty
stringclasses 3
values |
|---|---|---|---|---|---|
1
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
7
|
Three-Views
|
easy
|
|
2
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
21
|
Three-Views
|
easy
|
|
3
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
16
|
Three-Views
|
easy
|
|
4
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
21
|
Three-Views
|
easy
|
|
5
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
17
|
Three-Views
|
easy
|
|
6
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
22
|
Three-Views
|
easy
|
|
7
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
easy
|
|
8
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
11
|
Three-Views
|
easy
|
|
9
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
easy
|
|
10
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
24
|
Three-Views
|
easy
|
|
11
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
14
|
Three-Views
|
easy
|
|
12
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
easy
|
|
13
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
18
|
Three-Views
|
easy
|
|
14
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
13
|
Three-Views
|
easy
|
|
15
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
17
|
Three-Views
|
easy
|
|
16
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
easy
|
|
17
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
easy
|
|
18
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
easy
|
|
19
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
17
|
Three-Views
|
easy
|
|
20
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
10
|
Three-Views
|
easy
|
|
21
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
13
|
Three-Views
|
mid
|
|
22
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
13
|
Three-Views
|
mid
|
|
23
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
16
|
Three-Views
|
mid
|
|
24
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
28
|
Three-Views
|
mid
|
|
25
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
15
|
Three-Views
|
mid
|
|
26
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
18
|
Three-Views
|
mid
|
|
27
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
19
|
Three-Views
|
mid
|
|
28
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
19
|
Three-Views
|
mid
|
|
29
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
22
|
Three-Views
|
mid
|
|
30
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
mid
|
|
31
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
14
|
Three-Views
|
mid
|
|
32
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
19
|
Three-Views
|
mid
|
|
33
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
16
|
Three-Views
|
mid
|
|
34
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
16
|
Three-Views
|
mid
|
|
35
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
19
|
Three-Views
|
mid
|
|
36
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
10
|
Three-Views
|
mid
|
|
37
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
mid
|
|
38
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
14
|
Three-Views
|
mid
|
|
39
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
16
|
Three-Views
|
mid
|
|
40
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
18
|
Three-Views
|
mid
|
|
41
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
25
|
Three-Views
|
hard
|
|
42
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
15
|
Three-Views
|
hard
|
|
43
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
21
|
Three-Views
|
hard
|
|
44
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
33
|
Three-Views
|
hard
|
|
45
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
15
|
Three-Views
|
hard
|
|
46
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
hard
|
|
47
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
10
|
Three-Views
|
hard
|
|
48
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
hard
|
|
49
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
hard
|
|
50
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
hard
|
|
51
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
15
|
Three-Views
|
hard
|
|
52
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
16
|
Three-Views
|
hard
|
|
53
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
20
|
Three-Views
|
hard
|
|
54
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
22
|
Three-Views
|
hard
|
|
55
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
24
|
Three-Views
|
hard
|
|
56
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
35
|
Three-Views
|
hard
|
|
57
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
9
|
Three-Views
|
hard
|
|
58
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
13
|
Three-Views
|
hard
|
|
59
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
12
|
Three-Views
|
hard
|
|
60
|
Given a description of the three-view drawing of a solid figure, find the maximum number of small cubes that the solid figure can be composed of when the three-view constraints are met.
|
37
|
Three-Views
|
hard
|
|
61
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Cyan
|
3D Position
|
easy
|
|
62
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Purple
|
3D Position
|
easy
|
|
63
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Purple
|
3D Position
|
easy
|
|
64
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Purple
|
3D Position
|
easy
|
|
65
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Magenta
|
3D Position
|
easy
|
|
66
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Purple
|
3D Position
|
easy
|
|
67
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Red
|
3D Position
|
easy
|
|
68
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Cyan
|
3D Position
|
easy
|
|
69
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Blue
|
3D Position
|
easy
|
|
70
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Yellow
|
3D Position
|
easy
|
|
71
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Orange
|
3D Position
|
easy
|
|
72
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Green
|
3D Position
|
easy
|
|
73
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Purple
|
3D Position
|
easy
|
|
74
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Cyan
|
3D Position
|
easy
|
|
75
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Green
|
3D Position
|
easy
|
|
76
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Orange
|
3D Position
|
easy
|
|
77
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Red
|
3D Position
|
easy
|
|
78
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Purple
|
3D Position
|
easy
|
|
79
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Magenta
|
3D Position
|
easy
|
|
80
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue, Yellow and Magenta.
|
Blue
|
3D Position
|
easy
|
|
81
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Blue
|
3D Position
|
mid
|
|
82
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Orange
|
3D Position
|
mid
|
|
83
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Yellow
|
3D Position
|
mid
|
|
84
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Red
|
3D Position
|
mid
|
|
85
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Red
|
3D Position
|
mid
|
|
86
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Blue
|
3D Position
|
mid
|
|
87
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Purple
|
3D Position
|
mid
|
|
88
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Green
|
3D Position
|
mid
|
|
89
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Red
|
3D Position
|
mid
|
|
90
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Green
|
3D Position
|
mid
|
|
91
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Orange
|
3D Position
|
mid
|
|
92
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Cyan
|
3D Position
|
mid
|
|
93
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Yellow
|
3D Position
|
mid
|
|
94
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Blue
|
3D Position
|
mid
|
|
95
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Orange
|
3D Position
|
mid
|
|
96
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Yellow
|
3D Position
|
mid
|
|
97
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Cyan
|
3D Position
|
mid
|
|
98
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Red
|
3D Position
|
mid
|
|
99
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Yellow
|
3D Position
|
mid
|
|
100
|
What is the color of the ball at (2, 2, 2)? The answer is the name of the color, with the first letter capitalized. You can choose an answer from Red, Green, Orange, Cyan, Purple, Blue and Yellow.
|
Red
|
3D Position
|
mid
|
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