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100+ Free EPSO Abstract Reasoning Practice Questions

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Sample EPSO Abstract Reasoning Practice Questions

Try these sample questions to test your EPSO Abstract Reasoning exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A series shows a single arrow rotating inside a circle. Figure 1 points Up. Figure 2 points Right. Figure 3 points Down. Figure 4 points Left. Figure 5 points Up. What is the direction of the arrow in Figure 6?
A.Right
B.Down
C.Left
D.Up
Explanation: The arrow rotates 90 degrees clockwise in each step: Up -> Right -> Down -> Left -> Up. Thus, Figure 6 must point Right.
2A heart shape rotates counter-clockwise. Figure 1 is upright (normal). Figure 2 is rotated 90 degrees counter-clockwise (pointing left). Figure 3 is upside down (pointing down). Figure 4 is rotated 90 degrees clockwise (pointing right). Figure 5 is upright. What is Figure 6?
A.Upright
B.Rotated 90 degrees counter-clockwise (pointing left)
C.Upside down
D.Rotated 90 degrees clockwise (pointing right)
Explanation: The heart rotates 90 degrees counter-clockwise at each step. Following the upright position in Figure 5, a further 90-degree counter-clockwise turn points it to the left.
3An asymmetric triangle alternates its orientation. Figure 1 points to the top-right. Figure 2 points to the bottom-left. Figure 3 points to the top-right. Figure 4 points to the bottom-left. Figure 5 points to the top-right. What is Figure 6?
A.Top-right
B.Top-left
C.Bottom-left
D.Bottom-right
Explanation: The triangle alternates orientation by rotating 180 degrees at each step. Since Figure 5 points to the top-right, Figure 6 must point to the bottom-left.
4A clock face shows a single hand rotating. Figure 1 points to 12 o'clock. Figure 2 points to 2 o'clock. Figure 3 points to 4 o'clock. Figure 4 points to 6 o'clock. Figure 5 points to 8 o'clock. What is Figure 6?
A.9 o'clock
B.11 o'clock
C.12 o'clock
D.10 o'clock
Explanation: The hand moves clockwise by 2 hours (60 degrees) in each step. Following 8 o'clock in Figure 5, the hand must point to 10 o'clock in Figure 6.
5A regular hexagon has one shaded vertex. Figure 1: top vertex. Figure 2: top-right vertex. Figure 3: bottom-right vertex. Figure 4: bottom vertex. Figure 5: bottom-left vertex. What is Figure 6?
A.Top-left vertex
B.Top vertex
C.Top-right vertex
D.Bottom-left vertex
Explanation: The shaded vertex moves clockwise to the adjacent corner of the hexagon (a 60-degree rotation) at each step. Following the bottom-left vertex in Figure 5, the next step is the top-left vertex.
6A diagonal line segment rotates within a square. Figure 1 connects top-left to bottom-right. Figure 2 is horizontal. Figure 3 connects bottom-left to top-right. Figure 4 is vertical. Figure 5 connects top-left to bottom-right. What is Figure 6?
A.Vertical
B.Horizontal
C.Bottom-left to top-right
D.Top-left to bottom-right
Explanation: The line rotates 45 degrees clockwise in each step: diagonal (top-left/bottom-right) -> horizontal -> diagonal (bottom-left/top-right) -> vertical -> diagonal (top-left/bottom-right). The next step is a horizontal line.
7A T-shaped symbol rotates while a black dot moves. Figure 1: T is upright, dot is at the top-left. Figure 2: T is rotated 90 degrees clockwise, dot is at the top-right. Figure 3: T is upside down, dot is at the bottom-right. Figure 4: T is rotated 270 degrees clockwise, dot is at the bottom-left. Figure 5: T is upright, dot is at the top-left. What is Figure 6?
A.T is upright, dot at top-right
B.T is rotated 90 degrees clockwise, dot at top-right
C.T is upside down, dot at bottom-right
D.T is rotated 270 degrees clockwise, dot at bottom-left
Explanation: Two rules apply: the T-shape rotates 90 degrees clockwise at each step, and the black dot moves clockwise around the four corners of the frame. In Figure 6, the T-shape must be rotated 90 degrees clockwise, and the dot must be in the top-right corner.
8An L-shaped block rotates counter-clockwise while a small circle changes size. Figure 1: L is normal, circle is small. Figure 2: L is rotated 90 degrees counter-clockwise, circle is large. Figure 3: L is upside down, circle is small. Figure 4: L is rotated 270 degrees counter-clockwise, circle is large. Figure 5: L is normal, circle is small. What is Figure 6?
A.L is upside down, circle is large
B.L is rotated 90 degrees counter-clockwise, circle is small
C.L is normal, circle is large
D.L is rotated 90 degrees counter-clockwise, circle is large
Explanation: The L-shaped block rotates 90 degrees counter-clockwise at each step. The circle alternates in size between small (odd frames) and large (even frames). In Figure 6 (even frame), the block is rotated 90 degrees counter-clockwise and the circle is large.
9An asymmetric polygon rotates 135 degrees clockwise at each step. Figure 1 points Up. Figure 2 points Down-Right. Figure 3 points Left. Figure 4 points Up-Right. Figure 5 points Down. What is the direction of the polygon in Figure 6?
A.Up-Left
B.Left
C.Down-Left
D.Right
Explanation: The rotation is 135 degrees clockwise (three 45-degree sectors). From Down (Figure 5), rotating 135 degrees clockwise leads to Up-Left (Down -> Down-Left -> Left -> Up-Left).
10A five-pointed star has one shaded arm. The shaded arm rotates clockwise by skipping one arm at each step. Figure 1: top arm is shaded. Figure 2: bottom-right arm is shaded. Figure 3: top-left arm is shaded. Figure 4: top-right arm is shaded. Figure 5: bottom-left arm is shaded. What is Figure 6?
A.Top-right arm is shaded
B.Top arm is shaded
C.Bottom-right arm is shaded
D.Bottom-left arm is shaded
Explanation: The shaded arm skips one arm clockwise (moves +2 positions CW) at each step: top -> bottom-right -> top-left -> top-right -> bottom-left -> top. Following bottom-left in Figure 5, skipping top-left lands on the top arm.

About the EPSO Abstract Reasoning Exam

The EPSO Abstract Reasoning Test is a non-verbal cognitive assessment designed to measure your fluid intelligence and ability to identify patterns, logical rules, and relationships between abstract shapes. In this computer-based test, you must analyze a sequence of 5 frames and select the figure that logically comes next.

Questions

10 scored questions

Time Limit

10 minutes

Passing Score

Combined pass mark with numerical reasoning (typically 10/20 combined)

Exam Fee

Free (European Personnel Selection Office (EPSO))

EPSO Abstract Reasoning Exam Content Outline

20%

Rotation and Orientation

Rotation (45°, 90°, 180°), orientation shifts, flipping, and direction changes of elements within a sequence.

20%

Positional Movement and Paths

Movement of shapes/symbols along grids, corners, diagonals, edges, circular paths, or alternating steps.

20%

Shape Attributes and Shading

Changes in shape geometry, size, colors, shading, patterns (striped, solid, checkered), and line styles (solid, dashed).

20%

Element Manipulation and Counting

Addition, subtraction, merging, splitting, and counting of shapes, lines, dots, or intersection points.

20%

Complex Sequential Logic

Alternating patterns, nested loops of rules, systems of symbols where multiple rules interact, and multi-rule sequences.

How to Pass the EPSO Abstract Reasoning Exam

What You Need to Know

  • Passing score: Combined pass mark with numerical reasoning (typically 10/20 combined)
  • Exam length: 10 questions
  • Time limit: 10 minutes
  • Exam fee: Free

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

Frequently Asked Questions

What is the EPSO Abstract Reasoning Test?

The EPSO Abstract Reasoning Test is a visual aptitude test that measures your fluid intelligence. You are shown a sequence of five frames containing shapes and figures that change according to a set of logical rules. Your task is to identify these rules and choose the sixth frame in the sequence from four options.

How long is the test and what is the passing score?

For most EPSO competitions, the abstract reasoning test consists of 10 questions to be completed in 10 minutes. The passing score is combined with numerical reasoning; you typically need a total of 10 correct answers out of 20 questions combined.

What kind of patterns are tested on the EPSO Abstract Reasoning exam?

Questions test transformations such as rotations, reflections, scaling, shading changes, moves along predefined paths (like corners or diagonals), addition/subtraction of elements, and counting relations (e.g. number of sides or lines).

Are there any pen and paper allowed in the exam?

Yes, candidates taking the exam remotely or in person are allowed scratch paper or an erasable whiteboard to write down identified rules or trace patterns.