Develop your pattern-recognition skills with this free PMMA abstract reasoning reviewer and practice test. Abstract reasoning exercises challenge you to identify relationships among shapes, symbols, and figures, then use those relationships to choose the best answer.
Unlike vocabulary exercises, these questions often provide little written information. You need to observe how the figures change and decide which rule explains the pattern. This page introduces useful strategies for your preparation for the Philippine Merchant Marine Academy Entrance Examination.
The materials here are independently prepared for practice. They are not official PMMA examination questions, and the pattern types discussed below should not be treated as a guaranteed list of actual test items.
PMMA Abstract Reasoning Practice Test
Examine every figure before selecting an answer. Look for changes in position, direction, shading, size, and the number of elements. Some questions follow one simple rule, while others combine two or more changes.
Try answering the quiz independently first. When reviewing your answers, explain the rule behind each solution.
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What Is Abstract Reasoning?
Abstract reasoning involves recognizing patterns and relationships without relying on a specific real-world subject. In visual exercises, this may mean predicting the next figure, completing a missing part of a grid, or identifying an image that does not follow the same rule as the others.
For example, imagine an arrow pointing up, then right, then down. If each step turns the arrow 90 degrees clockwise, the next arrow should point left. The important task is identifying the rotation rule and checking that it explains every step.
Visual Patterns to Practice
1. Rotation
A figure may turn clockwise or counterclockwise by a fixed angle. Common practice patterns use quarter-turns, half-turns, or smaller repeated rotations.
Track a distinctive feature, such as an arrowhead or a marked corner. Symmetrical shapes can make rotation harder to notice. A plain square looks unchanged after a 90-degree turn, but a square with a dot in one corner makes the movement visible.
2. Reflection
Reflection produces a mirror image across a line. It differs from rotation because the figure is flipped rather than turned.
For a reflection across a vertical line, left and right positions switch. Across a horizontal line, top and bottom positions switch. Compare the location of a small detail to determine whether the figure has been reflected or rotated.
3. Changes in Number
Count the elements inside each figure. A pattern may add or remove dots, lines, shaded sections, or separate shapes at each step.
For example, figures containing two, four, and six dots may follow a rule of adding two dots each time. However, check the arrangement as well. The number of dots might change while their positions follow a separate rule.
4. Position and Movement
An element may move around a frame, along a row, or between corners. Follow the same element through the sequence instead of treating each image as unrelated.
A dot moving from the upper-left corner to the upper-right, then lower-right, follows a clockwise path around the corners. Under that rule, its next position is the lower-left corner.
5. Shading and Alternation
Look for changes between shaded and unshaded regions, different fill patterns, or alternating shapes.
A sequence might alternate between a shaded circle and an unshaded square. More complex exercises may use separate rules for odd-numbered and even-numbered positions. If the sequence seems inconsistent, compare the first, third, and fifth figures, then examine the second, fourth, and sixth.
6. Figure Matrices
A matrix arranges figures in rows and columns, usually with one position missing. The relationship may involve counting, rotation, shading, or combining elements.
Check whether the rule operates across rows, down columns, or both. For example, the third figure in each row might contain the features of the first two combined. Test the proposed rule against another complete row before applying it to the missing figure.
7. Odd-One-Out Patterns
These questions ask you to identify the figure that differs from the others according to a shared rule.
Compare structural features such as the number of sides, symmetry, enclosed regions, or the relationship between inner and outer shapes. A figure may look different at first glance but still follow the same rule. Choose based on the relevant relationship rather than visual impression alone.
A Practical Method for Solving Questions
Start by listing what changes. Check shape, number, position, direction, shading, and size.
Track one feature at a time. If a figure contains an arrow and a dot, follow the arrow through the sequence first, then follow the dot. Their changes may be independent.
State a rule before choosing. A description such as “the triangle rotates clockwise while one dot is added” is easier to test than a vague feeling that an option looks correct.
Check the whole pattern. A rule that explains only the first two figures may be incomplete. Verify it against every available figure.
Use elimination. Remove choices that violate a confirmed feature. If the next figure must contain four dots, options with three or five dots can be rejected even before you resolve its orientation.
How to Improve Through Practice
Begin with untimed exercises so you can focus on understanding the patterns. Introduce a time limit once you can explain your solutions consistently.
Keep a record of mistakes by type. If you repeatedly confuse reflection with rotation, practice that distinction specifically. If you overlook counting patterns, make counting elements part of your initial inspection.
Avoid inventing complicated rules to justify an answer. Prefer a consistent explanation that accounts for the available figures and distinguishes the best choice.
Continue your preparation with our PMMA entrance exam reviewer and coverage guide. Reviewing how you solved each question will help you approach unfamiliar patterns more systematically.