A figure matrix is typically a 3x3 or 2x2 grid where figures follow specific rules across rows, columns, or diagonally. The pattern can involve shape changes, rotations, additions, deletions, or combinations of elements
Look for patterns in three directions - horizontal (across rows), vertical (down columns), and diagonal
rotation (clockwise/anticlockwise), reflection (horizontal/vertical flip), element addition/subtraction, size changes, shading variations, and position shifts.
SSC CGL typically asks 2-3 figure matrix questions. Most common formats are 3x3 matrices with bottom-right corner missing, or 2x2 matrices with one corner blank. Questions often combine 2-3 pattern types to increase difficulty.
Use the 'Elimination Method' - instead of finding the exact pattern, eliminate obviously wrong options first. Look for options that don't match the basic elements present in other figures.
Analyze row pattern - each row contains the same three shapes in different orders.
Check column pattern - Column 1: Triangle, Circle, Square. Column 2: Square, Triangle, Circle. Column 3: Circle, Square, ?.
Apply pattern logic - Column 3 should complete the sequence Circle, Square, Triangle.
Verify - each row and column now contains all three shapes exactly once. Answer: Triangle. Advanced Shortcut: For complex matrices, focus on the 'corner constraint method'. Check what elements appear in corners of completed rows/columns. This often reveals the missing element quickly.
Students often focus only on row patterns and ignore column patterns. Always check both directions. Another frequent error is assuming only one type of transformation when multiple changes occur simultaneously (like rotation plus color change). Time-Saving Tip: If you spot an obvious pattern in 10-15 seconds, trust it.
Don't overthink simple rotations or reflections. Reserve detailed analysis for genuinely complex matrices.
16graded MCQs · easy to hard · full solution & trap analysis