Raven's Progressive Matrices Test Raven's Progressive Matrices IQ 5 — Questions and Answers
Question 1: A 3×3 matrix shows shapes disappearing progressively: row 1 has 3 shapes per cell, row 2 has 2, row 3 has 1. Columns follow left-to-right ordering (circle, square, triangle). The bottom-right missing cell should contain:
- 1 circle
- 1 square
- 1 triangle (Correct answer)
- 2 triangles
Correct answer: 1 triangle
Row 3 has 1 shape per cell, and column 3 always contains triangles, so the missing cell holds exactly 1 triangle.
Question 2: Which of the following strategies is most effective for solving difficult Raven's Matrix items?
- Guess based on which answer looks most visually appealing
- Scan all answer options first, then look at the matrix
- Identify one rule at a time, apply it, and eliminate answer choices that violate it (Correct answer)
- Focus only on diagonal cells since they always hold the key pattern
Correct answer: Identify one rule at a time, apply it, and eliminate answer choices that violate it
Systematically identifying each rule and using it to eliminate wrong options is the most reliable strategy for complex matrix items.
Question 3: John C. Raven developed the original Progressive Matrices test primarily to serve what purpose?
- To measure verbal intelligence for university entrance exams
- To provide a language-independent measure of general intelligence (Spearman's g) (Correct answer)
- To diagnose learning disabilities in school children
- To rank military recruits by job-specific aptitude
Correct answer: To provide a language-independent measure of general intelligence (Spearman's g)
Raven developed the matrices in the 1930s to provide a pure measure of Spearman's g factor without contamination from verbal ability or educational background.
Question 4: In a matrix, each row's shapes undergo a 'subtraction' transformation: the shape in column 3 is what remains after removing overlapping areas of the shapes in columns 1 and 2. If column 1 has a large circle and column 2 has a small circle centered inside it, what does column 3 show?
- A large circle
- A small circle
- A ring (large circle minus small circle) (Correct answer)
- Two overlapping circles
Correct answer: A ring (large circle minus small circle)
Subtracting the small inner circle from the large outer circle leaves a ring shape (annulus).
Question 5: A matrix has shapes that mirror horizontally from column 1 to column 2, then mirror vertically from column 2 to column 3. If column 1, row 2 shows an arrow pointing upper-left, column 3, row 2 should show:
- Arrow pointing upper-left
- Arrow pointing lower-left
- Arrow pointing upper-right
- Arrow pointing lower-right (Correct answer)
Correct answer: Arrow pointing lower-right
Horizontal mirror changes upper-left to upper-right (column 2), then vertical mirror changes upper-right to lower-right (column 3).
Question 6: Which age group typically reaches peak performance on Raven's Progressive Matrices according to standardization research?
- Ages 10–14
- Ages 18–25 (Correct answer)
- Ages 30–40
- Ages 45–55
Correct answer: Ages 18–25
Research on Raven's norms consistently shows peak fluid reasoning performance in late adolescence through the mid-twenties, after which scores gradually decline.
Question 7: A test-taker notices that a 3×3 matrix has identical shapes in the main diagonal (top-left, center, bottom-right). What type of rule does this represent?
- Row-constant rule
- Column-constant rule
- Diagonal-constant rule (Correct answer)
- Superposition rule
Correct answer: Diagonal-constant rule
When the same element appears along the main diagonal cells, the item is testing the solver's ability to detect a diagonal-constant rule rather than row or column patterns.
Raven's Progressive Matrices Test Raven's Progressive Matrices IQ 5
A 3×3 matrix shows shapes disappearing progressively: row 1 has 3 shapes per cell, row 2 has 2, row 3 has 1.
Columns follow left-to-right ordering (circle, square, triangle).
The bottom-right missing cell should contain: