image
imagewidth (px) 512
512
| question
stringclasses 21
values | answer
stringclasses 48
values | options
listlengths 3
4
| caption
stringlengths 121
348
| explanation
stringlengths 142
338
| deduction
stringlengths 114
209
| image_width
int64 512
512
| image_height
int64 512
512
|
|---|---|---|---|---|---|---|---|---|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"hexagon",
"square",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', 'hexagon']. In the bottom part there are ['square', 'pentagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"pentagon",
"square",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'square', 'pentagon']. In the bottom part there are ['triangle', 'square', 'pentagon'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"triangle",
"hexagon",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'triangle', 'hexagon']. In the bottom part there are ['square', 'triangle', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"triangle",
"square",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'hexagon', 'pentagon']. In the bottom part there are ['square', 'hexagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"square",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', 'square']. In the bottom part there are ['?', 'pentagon', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"pentagon",
"hexagon",
"triangle",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'hexagon', 'pentagon']. In the bottom part there are ['?', 'hexagon', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"hexagon",
"square",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'triangle', 'square']. In the bottom part there are ['hexagon', 'triangle', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', 'hexagon']. In the bottom part there are ['?', 'pentagon', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"pentagon",
"hexagon",
"square",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', '?', 'triangle']. In the bottom part there are ['square', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"hexagon",
"pentagon",
"square",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', '?', 'triangle']. In the bottom part there are ['pentagon', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"pentagon",
"square",
"hexagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'square', 'hexagon']. In the bottom part there are ['triangle', '?', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"pentagon",
"triangle",
"hexagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'square', '?']. In the bottom part there are ['hexagon', 'square', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"square",
"pentagon",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'square', 'triangle']. In the bottom part there are ['hexagon', 'square', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"hexagon",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'hexagon', '?']. In the bottom part there are ['pentagon', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"square",
"triangle",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'triangle', 'square']. In the bottom part there are ['?', 'triangle', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"triangle",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', 'hexagon']. In the bottom part there are ['?', 'pentagon', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"hexagon",
"pentagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'hexagon', 'triangle']. In the bottom part there are ['pentagon', 'hexagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"hexagon",
"pentagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'square', '?']. In the bottom part there are ['hexagon', 'square', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"pentagon",
"hexagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'hexagon', 'square']. In the bottom part there are ['triangle', 'hexagon', 'square'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"hexagon",
"pentagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'hexagon']. In the bottom part there are ['triangle', 'pentagon', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"pentagon",
"triangle",
"hexagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', 'hexagon']. In the bottom part there are ['triangle', '?', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"hexagon",
"triangle",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'triangle', 'hexagon']. In the bottom part there are ['square', 'triangle', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'square', 'pentagon']. In the bottom part there are ['hexagon', '?', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"hexagon",
"pentagon",
"triangle",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'triangle']. In the bottom part there are ['hexagon', 'pentagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"triangle",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'square']. In the bottom part there are ['triangle', 'pentagon', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"pentagon",
"square",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', '?', 'triangle']. In the bottom part there are ['square', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"triangle",
"square",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'pentagon', 'square']. In the bottom part there are ['hexagon', 'pentagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"pentagon",
"square",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', '?', 'pentagon']. In the bottom part there are ['square', 'triangle', 'pentagon'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'hexagon', 'triangle']. In the bottom part there are ['square', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"square",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', '?', 'hexagon']. In the bottom part there are ['square', 'triangle', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"pentagon",
"triangle",
"square",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'pentagon', 'triangle']. In the bottom part there are ['hexagon', 'pentagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"hexagon",
"pentagon",
"square",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'square']. In the bottom part there are ['triangle', 'pentagon', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"hexagon",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'square', 'pentagon']. In the bottom part there are ['?', 'square', 'pentagon'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"square",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'hexagon', 'triangle']. In the bottom part there are ['square', 'hexagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"pentagon",
"hexagon",
"square",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', '?']. In the bottom part there are ['triangle', 'pentagon', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"triangle",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'hexagon', '?']. In the bottom part there are ['triangle', 'hexagon', 'square'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"square",
"pentagon",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'hexagon', '?']. In the bottom part there are ['triangle', 'hexagon', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"triangle",
"square",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', 'triangle']. In the bottom part there are ['?', 'pentagon', 'triangle'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'triangle', '?']. In the bottom part there are ['hexagon', 'triangle', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"pentagon",
"square",
"hexagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', 'hexagon']. In the bottom part there are ['square', '?', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"triangle",
"square",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', 'triangle']. In the bottom part there are ['square', '?', 'triangle'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"hexagon",
"pentagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', '?', 'pentagon']. In the bottom part there are ['triangle', 'square', 'pentagon'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"pentagon",
"square",
"hexagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', 'square']. In the bottom part there are ['?', 'pentagon', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'hexagon', 'triangle']. In the bottom part there are ['?', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"square",
"pentagon",
"hexagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'hexagon', 'triangle']. In the bottom part there are ['square', '?', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"hexagon",
"triangle",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'pentagon', 'square']. In the bottom part there are ['hexagon', 'pentagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"hexagon",
"square",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'square', 'hexagon']. In the bottom part there are ['triangle', '?', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"triangle",
"pentagon",
"hexagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', 'square']. In the bottom part there are ['triangle', 'pentagon', '?'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"hexagon",
"square",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', '?', 'square']. In the bottom part there are ['hexagon', 'triangle', 'square'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"pentagon",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', 'triangle']. In the bottom part there are ['?', 'pentagon', 'triangle'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"hexagon",
"triangle",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'hexagon']. In the bottom part there are ['square', 'pentagon', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"hexagon",
"pentagon",
"square",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'pentagon', 'triangle']. In the bottom part there are ['hexagon', '?', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"hexagon",
"triangle",
"pentagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'pentagon', '?']. In the bottom part there are ['square', 'pentagon', 'triangle'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"pentagon",
"hexagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'hexagon', '?']. In the bottom part there are ['square', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"hexagon",
"square",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'hexagon', 'triangle']. In the bottom part there are ['pentagon', '?', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"hexagon",
"pentagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'pentagon', 'square']. In the bottom part there are ['?', 'pentagon', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"square",
"triangle",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'triangle', 'hexagon']. In the bottom part there are ['?', 'triangle', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"hexagon",
"triangle",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'triangle', '?']. In the bottom part there are ['pentagon', 'triangle', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"hexagon",
"pentagon",
"triangle",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', 'square', '?']. In the bottom part there are ['triangle', 'square', 'pentagon'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"triangle",
"square",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'triangle', 'hexagon']. In the bottom part there are ['pentagon', 'triangle', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"square",
"hexagon",
"pentagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', '?', 'pentagon']. In the bottom part there are ['square', 'hexagon', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"triangle",
"square",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'triangle', '?']. In the bottom part there are ['square', 'triangle', 'pentagon'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', '?', 'pentagon']. In the bottom part there are ['hexagon', 'triangle', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"pentagon",
"triangle",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', 'hexagon', '?']. In the bottom part there are ['pentagon', 'hexagon', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"triangle",
"pentagon",
"square",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'square']. In the bottom part there are ['triangle', 'pentagon', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"pentagon",
"hexagon",
"triangle",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'hexagon', 'pentagon']. In the bottom part there are ['square', 'hexagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"triangle",
"hexagon",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['square', 'triangle', '?']. In the bottom part there are ['square', 'triangle', 'hexagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"square",
"hexagon",
"triangle",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'pentagon', 'triangle']. In the bottom part there are ['hexagon', 'pentagon', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"triangle",
"square",
"pentagon",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', '?', 'square']. In the bottom part there are ['pentagon', 'hexagon', 'square'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
triangle
|
[
"hexagon",
"triangle",
"square",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['pentagon', '?', 'square']. In the bottom part there are ['pentagon', 'triangle', 'square'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a triangle part should be a triangle.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
pentagon
|
[
"triangle",
"square",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'pentagon', 'square']. In the bottom part there are ['hexagon', '?', 'square'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a pentagon part should be a pentagon.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"pentagon",
"triangle",
"square",
"hexagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'square', 'triangle']. In the bottom part there are ['hexagon', '?', 'triangle'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"square",
"triangle",
"hexagon",
"pentagon"
] |
There are six shapes in the image separated by a line. In the top part there are ['hexagon', 'triangle', 'square']. In the bottom part there are ['hexagon', 'triangle', '?'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
square
|
[
"triangle",
"hexagon",
"pentagon",
"square"
] |
There are six shapes in the image separated by a line. In the top part there are ['?', 'pentagon', 'triangle']. In the bottom part there are ['square', 'pentagon', 'triangle'].
|
We observe that the pentagon is reflected across the line as a pentagon. Similarly, the square is reflected as a square. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a square part should be a square.
| 512
| 512
|
|
What is the missing shape denoted by a question mark?
|
hexagon
|
[
"pentagon",
"square",
"hexagon",
"triangle"
] |
There are six shapes in the image separated by a line. In the top part there are ['triangle', '?', 'pentagon']. In the bottom part there are ['triangle', 'hexagon', 'pentagon'].
|
We observe that the hexagon is reflected across the line as a hexagon. Similarly, the pentagon is reflected as a pentagon. Hence, the pattern is that each shape in the top part is reflected in the bottom part.
|
Based on the pattern that each shape in the top part is reflected in the bottom part, the missing shape which is reflected from a hexagon part should be a hexagon.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"medium",
"large",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small hexagon', 'medium hexagon', 'large hexagon'], the second row is ['small pentagon', 'medium pentagon', 'large pentagon'], and the third row is ['small triangle', 'medium triangle', '?'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain hexagons, pentagons, and triangles respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing triangle should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"large",
"medium",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small hexagon', 'medium hexagon', '?'], the second row is ['small square', 'medium square', 'large square'], and the third row is ['small pentagon', 'medium pentagon', 'large pentagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain hexagons, squares, and pentagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
medium
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small triangle', 'medium triangle', 'large triangle'], the second row is ['small square', 'medium square', 'large square'], and the third row is ['small hexagon', '?', 'large hexagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain triangles, squares, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be medium.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large triangle', 'medium triangle', 'small triangle'], the second row is ['large pentagon', 'medium pentagon', 'small pentagon'], and the third row is ['large square', 'medium square', '?'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain triangles, pentagons, and squares respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing square should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
medium
|
[
"large",
"medium",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small hexagon', '?', 'large hexagon'], the second row is ['small pentagon', 'medium pentagon', 'large pentagon'], and the third row is ['small triangle', 'medium triangle', 'large triangle'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain hexagons, pentagons, and triangles respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be medium.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small hexagon', '?', 'small pentagon'], the second row is ['medium hexagon', 'medium triangle', 'medium pentagon'], and the third row is ['large hexagon', 'large triangle', 'large pentagon'].
|
We observe that the rows contain small shapes, medium shapes, and large shapes respectively. On the other hand, the columns contain hexagons, triangles, and pentagons respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing triangle should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small pentagon', '?', 'small triangle'], the second row is ['medium pentagon', 'medium square', 'medium triangle'], and the third row is ['large pentagon', 'large square', 'large triangle'].
|
We observe that the rows contain small shapes, medium shapes, and large shapes respectively. On the other hand, the columns contain pentagons, squares, and triangles respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing square should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
medium
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large pentagon', 'medium pentagon', 'small pentagon'], the second row is ['large hexagon', '?', 'small hexagon'], and the third row is ['large square', 'medium square', 'small square'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain pentagons, hexagons, and squares respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be medium.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"large",
"small",
"medium"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small pentagon', 'medium pentagon', 'large pentagon'], the second row is ['small triangle', 'medium triangle', 'large triangle'], and the third row is ['small hexagon', 'medium hexagon', '?'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain pentagons, triangles, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large triangle', 'medium triangle', 'small triangle'], the second row is ['large pentagon', 'medium pentagon', '?'], and the third row is ['large square', 'medium square', 'small square'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain triangles, pentagons, and squares respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing pentagon should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"medium",
"large",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large pentagon', 'medium pentagon', 'small pentagon'], the second row is ['?', 'medium hexagon', 'small hexagon'], and the third row is ['large triangle', 'medium triangle', 'small triangle'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain pentagons, hexagons, and triangles respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"large",
"small",
"medium"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large hexagon', 'medium hexagon', 'small hexagon'], the second row is ['large triangle', 'medium triangle', 'small triangle'], and the third row is ['large square', 'medium square', '?'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain hexagons, triangles, and squares respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing square should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"medium",
"large",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['?', 'medium triangle', 'small triangle'], the second row is ['large hexagon', 'medium hexagon', 'small hexagon'], and the third row is ['large pentagon', 'medium pentagon', 'small pentagon'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain triangles, hexagons, and pentagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing triangle should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"large",
"medium",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large pentagon', 'medium pentagon', 'small pentagon'], the second row is ['large square', 'medium square', 'small square'], and the third row is ['large hexagon', 'medium hexagon', '?'].
|
We observe that the columns contain large shapes, medium shapes, and small shapes respectively. On the other hand, the rows contain pentagons, squares, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small pentagon', 'medium pentagon', 'large pentagon'], the second row is ['small square', 'medium square', 'large square'], and the third row is ['?', 'medium hexagon', 'large hexagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain pentagons, squares, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
medium
|
[
"medium",
"small",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large pentagon', 'large square', 'large hexagon'], the second row is ['medium pentagon', '?', 'medium hexagon'], and the third row is ['small pentagon', 'small square', 'small hexagon'].
|
We observe that the rows contain large shapes, medium shapes, and small shapes respectively. On the other hand, the columns contain pentagons, squares, and hexagons respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing square should be medium.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
medium
|
[
"medium",
"large",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['large triangle', 'large square', 'large hexagon'], the second row is ['medium triangle', 'medium square', '?'], and the third row is ['small triangle', 'small square', 'small hexagon'].
|
We observe that the rows contain large shapes, medium shapes, and small shapes respectively. On the other hand, the columns contain triangles, squares, and hexagons respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing hexagon should be medium.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"small",
"large",
"medium"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small square', 'medium square', 'large square'], the second row is ['small pentagon', 'medium pentagon', '?'], and the third row is ['small hexagon', 'medium hexagon', 'large hexagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain squares, pentagons, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing pentagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"small",
"large",
"medium"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small triangle', 'medium triangle', '?'], the second row is ['small pentagon', 'medium pentagon', 'large pentagon'], and the third row is ['small hexagon', 'medium hexagon', 'large hexagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain triangles, pentagons, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing triangle should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"large",
"medium",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small pentagon', 'small square', 'small triangle'], the second row is ['medium pentagon', 'medium square', 'medium triangle'], and the third row is ['?', 'large square', 'large triangle'].
|
We observe that the rows contain small shapes, medium shapes, and large shapes respectively. On the other hand, the columns contain pentagons, squares, and triangles respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing pentagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"medium",
"large",
"small"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small pentagon', 'small hexagon', 'small square'], the second row is ['medium pentagon', 'medium hexagon', 'medium square'], and the third row is ['?', 'large hexagon', 'large square'].
|
We observe that the rows contain small shapes, medium shapes, and large shapes respectively. On the other hand, the columns contain pentagons, hexagons, and squares respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing pentagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
large
|
[
"large",
"small",
"medium"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small hexagon', 'medium hexagon', '?'], the second row is ['small triangle', 'medium triangle', 'large triangle'], and the third row is ['small pentagon', 'medium pentagon', 'large pentagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain hexagons, triangles, and pentagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be large.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['?', 'small pentagon', 'small square'], the second row is ['medium triangle', 'medium pentagon', 'medium square'], and the third row is ['large triangle', 'large pentagon', 'large square'].
|
We observe that the rows contain small shapes, medium shapes, and large shapes respectively. On the other hand, the columns contain triangles, pentagons, and squares respectively. Hence, the pattern is that the shapes within each column are the same, while each row progresses the size of the shapes.
|
Based on the pattern that the shapes within each column are the same, while each row progresses the size of the shapes, the size of the missing triangle should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
small
|
[
"small",
"large",
"medium"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['?', 'medium square', 'large square'], the second row is ['small pentagon', 'medium pentagon', 'large pentagon'], and the third row is ['small hexagon', 'medium hexagon', 'large hexagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain squares, pentagons, and hexagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing square should be small.
| 512
| 512
|
|
What is the size of the missing part denoted by a question mark?
|
medium
|
[
"small",
"medium",
"large"
] |
There are 9 shapes arranged in a grid with different sizes in the image, of which there is 1 missing shape. The first row is ['small square', 'medium square', 'large square'], the second row is ['small hexagon', '?', 'large hexagon'], and the third row is ['small pentagon', 'medium pentagon', 'large pentagon'].
|
We observe that the columns contain small shapes, medium shapes, and large shapes respectively. On the other hand, the rows contain squares, hexagons, and pentagons respectively. Hence, the pattern is that the shapes within each row are the same, while each column progresses the size of the shapes.
|
Based on the pattern that the shapes within each row are the same, while each column progresses the size of the shapes, the size of the missing hexagon should be medium.
| 512
| 512
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.