Non Verbal Reasoning · Series, Matrices & Rules
Figure Matrix — Questions & Answers
Figure matrix questions show a 3 × 3 grid of figures with one cell blank. Each row follows the same rule — a turn, a move, a count, each shape once per row, or two figures combined.
- 5 solved questions
- Step-by-step AI walkthroughs
- How-to-approach tips
How to approach
Compare the columns of a complete row to find the rule, then check it on the second row.
Common rules: each shape or count once per row, a steady turn or move, or the third figure = first + second.
When the third figure combines the first two, check whether shared lines are kept or removed.
5 solved Figure Matrix questions
The matrix follows a rule. Which figure belongs in the blank cell (?)
Solution — answer D
Rule: each row and each column contains each inner mark and each big shape (circle, square, triangle) exactly once, so the blank cell has the ones its row and column do not already use. That gives option D.
4 steps · reveal one at a timeStep 1: Understand the Goal
We need to find the figure that correctly fills the blank cell in the matrix. The matrix follows a specific rule, and we must deduce this rule to identify the missing figure.
Step 2: Identify the Rule
The rule for this matrix is that each row and each column must contain each inner mark and each big shape (circle, square, triangle) exactly once. This means no repetition within a row or column.
Step 3: Apply the Rule
To find the figure for the blank cell, we must determine which inner mark and which big shape are not yet used in its specific row and column. The blank cell will contain these unique components.
Step 4: The answer
So the answer is (D) Figure D. This figure contains the inner mark and big shape that are not already present in its row and column, satisfying the matrix's rule.
The matrix follows a rule. Which figure belongs in the blank cell (?)
Solution — answer C
Rule: in every row the element turns 45° clockwise from one column to the next. That gives option C.
3 steps · reveal one at a timeStep 1: Find the Rule
Observe the figures in the matrix. The rule states that in every row, the element rotates by 45∘ in a clockwise direction as you move from one column to the next.
Step 2: Apply to Blank
To find the figure for the blank cell, apply this rule to the figure immediately to its left in the same row. Rotate that figure 45∘ clockwise.
Step 3: The answer
So the answer is (C) Figure C. This figure is the result of rotating the preceding figure in the row by 45∘ clockwise, following the established pattern.
The matrix follows a rule. Which figure belongs in the blank cell (?)
Solution — answer D
Rule: the third figure in each row is the first figure with the second figure's lines taken away. That gives option D.
4 steps · reveal one at a timeStep 1: Understand the Goal
This question asks us to find the missing figure in a matrix by identifying the rule that connects the figures in each row. We need to look for a consistent pattern.
Step 2: Identify the Rule
The rule for this matrix is that the third figure in each row is formed by taking the first figure and removing the lines that are present in the second figure of that same row. It's a subtraction of lines.
Step 3: Apply the Rule
To find the blank cell, apply this rule to its row. Take the lines from the first figure in that row and subtract any lines that appear in the second figure. The remaining lines will form the missing figure.
Step 4: The answer
So the answer is (D) Figure D. This figure is what remains when the lines of the second figure are removed from the first figure in the row, following the established rule.
The matrix follows a rule. Which figure belongs in the blank cell (?)
Solution — answer D
Rule: each row and each column contains each number of dots (1, 2, 3) and each big shape (circle, square, triangle) exactly once, so the blank cell has the ones its row and column do not already use. That gives option D.
5 steps · reveal one at a timeStep 1: Understand the Rule
The matrix follows a specific rule for its figures. Each row and each column must contain each number of dots (1, 2, 3) exactly once. Also, each row and each column must contain each big shape (circle, square, triangle) exactly once.
Step 2: Analyze the Blank Row
First, look at the row containing the blank cell. Identify which number of dots is still needed in that row to complete the set of (1, 2, 3). Then, identify which big shape (circle, square, triangle) is still needed in that row.
Step 3: Analyze the Blank Column
Next, look at the column containing the blank cell. Determine which number of dots is missing from this column to complete the set of (1, 2, 3). Also, determine which big shape is missing from this column.
Step 4: Determine Missing Figure
The figure in the blank cell must satisfy both conditions simultaneously. It must have the number of dots that is missing from its row AND its column. Similarly, it must have the big shape that is missing from its row AND its column.
Step 5: The answer
So the answer is (D) Figure D. By applying the rule that each row and column must have each number of dots (1, 2, 3) and each big shape (circle, square, triangle) exactly once, Figure D is the only one that fits the blank cell.
The matrix follows a rule. Which figure belongs in the blank cell (?)
Solution — answer D
Rule: the third figure in each row is the first and second figures put together. That gives option D.
4 steps · reveal one at a timeStep 1: Understand the Goal
We need to find the missing figure in the matrix by identifying the rule that governs how the figures combine or change across the rows and columns. This is a common type of visual reasoning question.
Step 2: Find the Rule
The rule for this matrix is that the third figure in each row is formed by combining the first and second figures from that same row. Think of it as overlaying or merging the first two figures.
Step 3: Apply the Rule
To find the missing figure, apply this rule to the row with the blank cell. Combine the first figure and the second figure in that row according to the established rule. The resulting combined figure will be the one that belongs in the blank cell.
Step 4: The answer
So the answer is (D) Figure D. This figure is created by putting together the first and second figures in the row, following the pattern identified across the entire matrix.
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