List of top Visualization and spatial reasoning Questions

If the geometric solid blocks shown below are cut along a single flat plane, which of these can have the cross-section of a regular hexagon (all sides equal)? Assume all blocks are extruded from polygons with sides of equal length.

In a 3D structure made of cubes of equal size, an L-shaped hole is made by removing a few cubes, as shown on the left. Which of the 3D structures in the options on the right would successfully pass through the L-shaped hole, given that they are also made of cubes of the same size?

Which of the options on the right can be formed by folding the profile shown on the left?

Tile X was used to create a seamless pattern when arranged as shown below. Which tile(s) from the options will create a seamless pattern (pattern without gaps)?

The image is composed of separate black pieces. What is the least number of pieces that must be moved and/or rotated and/or flipped to make the figure mirror–symmetric about the central vertical axis? 

Two perspective views of the same solid object are shown. Count the total number of surfaces in the object. Assume hidden surfaces are flat.

Except for one number, all the four-digit numbers given below are written in the same font. Identify the number that does not use the same font as the others. 

A UNION of two solids, a pentagonal prism and a hexagonal prism, is shown. The side view depicts how they intersect. Visualise the new solid formed by their INTERSECTION (the part common to both). How many surfaces will the new solid have? 

A diagram of three blocks A, B, and C and their movement is shown. The blocks bounce back after hitting the walls. A moves at 2 units/s, B and C move at 1 unit/s. From the given positions, what is the least time (in seconds) for all three blocks to align exactly one below the other? 

Three transparent glass pieces with different engravings are shown. They are overlapped one on top of the other, with the red corner exactly matching each other. What is the total number of triangles in the resultant figure? 

X1 is a 3D form generated from the shape X, using certain 3D operations. It has 11 surfaces in total. If the same operations are carried out on shape Y, how many surfaces would the resulting 3D form have?

Shown below are sole designs of slippers, of which some are matched-pairs (one left foot and one right foot). Identify the total number of matched-pairs in the image. 

A triangular prism is cut into two parts, P and Q, as shown. Which option represents part P? 

Shown below is an image made from line segments. Identify the element, from the options at right, which is NOT part of the image.

These images are made using different art techniques A–D. Identify the correct sequence of techniques from the options below.

The image below shows a 3D object. Only one option shows the same object from a different view. Identify it.

Identify which net can be folded to make the shown 3D object. 

Shown below are images that have different visual features. Identify the correct sequence of visual features from the choices.

Shown are symbols used for different functions. Identify the correct description sequence from the given choices.

Choose the option that follows the logic of the sequence shown. 

Given below are three matrices with black (●) and white (○) dots arranged using a particular logic. Identify the logic and choose the option that matches (is the next frame of) the sequence. 

Choose the set of colours which is present in this painting.

Choose the figure that should replace the question mark. 

Choose the option that would replace the question mark to correctly complete the pattern.