Raven's Progressive Matrices Test Raven's Progressive Matrices Matrix Structure and Logic 5

Question 1

In an RPM matrix where the intersection of row rule and column rule produces the missing cell, which cognitive process is most critical?

Accepted Answer

Analogical inference under constraint

Answer

Analogical inference under constraint means deriving a conclusion that must satisfy two simultaneous structural analogies (row and column).

Question 2

A 3x3 RPM matrix has each row containing shapes where the second shape is the first rotated 90° clockwise and the third is the second rotated 90° clockwise. What will the cell two steps right of a rightward-pointing arrow contain?

Accepted Answer

A leftward-pointing arrow

Answer

Rotating right→down (90°)→left (180°), so two steps of 90° clockwise from rightward-pointing gives a leftward-pointing arrow.

Question 3

Which answer-elimination strategy is most effective when stuck on a difficult RPM item?

Accepted Answer

Eliminate options that violate any single confirmed rule before checking remaining rules

Answer

Systematic elimination using confirmed rules narrows choices efficiently, allowing even partial rule identification to discard wrong options.

Question 4

In Raven's framework, a 'constant rule' across a row means:

Accepted Answer

The same shape or attribute value appears in every cell of the row

Answer

A constant rule means the attribute (shape, shading, size, etc.) does not change across the cells — it remains the same throughout the row or column.

Question 5

When an RPM matrix encodes a subtraction rule (cell 3 = cell 1 minus cell 2 for overlapping shapes), what should the solver look for?

Accepted Answer

The region present in cell 1 but absent in cell 2

Answer

In a subtraction rule, cell 3 retains only the portion of cell 1 that is NOT covered by cell 2 (set difference A minus B).

Raven's Progressive Matrices Test Practice Test

Raven's Progressive Matrices Test Practice Test

Raven's Progressive Matrices Test Raven's Progressive Matrices Matrix Structure and Logic 5