How to Solve Shape and Matrix Questions in Psychometric / IDF Dapar Exams?

A brief explanation, rapid cracking methods, and winning working techniques for the test

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Solving Non-Verbal & Matrix Questions

Shape completion and 3×3 matrix questions often look like puzzles without rules, but in reality, every question is based on a defined and fixed logical mechanism. There is no need for a "born eye for shapes"—what you need is a structured workflow that breaks down shapes into individual elements and identifies the logic within seconds.

Key Rule: Do not look at the answer choices immediately! Isolate a single element (direction, shading, number of sides, or overlap) and track how it changes across the rows or columns.
💡 Winning Concise Guide: This is a powerful, focused guide unlike anything found in other kits or learning institutions on the market. Below are the first 4 methods giving you a taste of the process.
1
Double Sudoku Logic (Shapes & Fills Set)
Every row and column in the matrix must contain exactly 3 types of shapes and 3 types of fills, with no element repeating within the same row or column.
Solution and Explanation:
The third row is missing a square. In terms of fill, the solid fill is missing, so the answer is a solid blue square.
2
Horizontal Addition / Line Combination
The third cell in each row is the result of combining or summing the lines appearing in the first and second cells of that row.
Solution and Explanation:
Combining the horizontal line from the first cell and the diagonal line from the second cell creates a horizontal line crossing a diagonal.
3
Shape Subtraction / XOR Logic
Lines that appear in both of the first two cells of a row are canceled out, and only lines appearing in just one of them carry over to the third cell.
Solution and Explanation:
The vertical line is shared by the first two cells in the bottom row and is therefore canceled out. Only the square remains.
4
Fixed Rotation Progression
An element rotates at a constant angle (e.g., 90°) clockwise with every cell transition (from left to right and row to row).
Solution and Explanation:
The pointer rotates by 90° at each step. In the bottom row: Down → Left → Up.
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