What "figural pattern" items actually test

What “figural pattern” items actually test

🟢 Lite — Quick Review (1h–1d)

Rapid summary for last-minute revision before your exam.

Figural sequence reasoning (penalaran figural) asks you to find the rule binding a series of pictures and pick the image that continues it. The four attribute families to scan are: shape, count of elements, colour/shading, and orientation (rotation, reflection, translation). A correct solve names the rule in one sentence before looking at options.

Attribute family	What to count or compare
Shape	sides, vertices, curve vs. straight
Count	number of dots/lines/symbols per cell
Colour/shading	black/white toggle, fill density
Orientation	rotation angle, mirror axis

The fastest solve eliminates options that violate even one of the tracked attributes.
When two attributes shift in parallel, predict the next pair of values, then check the answer that carries both.

🟡 Standard — Regular Study (2d–2mo)

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What “figural pattern” items actually test

Item 13 of the UI Entrance Academic Potential (TPA) subtest groups all visual-reasoning items: a stem shows 3–5 figures, four answer choices follow, and exactly one choice obeys the same generative rule as the stem. The cognitive load is rule induction under time, not image recognition.

The four rule families

Arithmetic on attributes. A count increases by +1, +2 or by a fixed step; rotations climb by 45°/90°.
Cycle / modulo. A short pattern (A→B→C→A→B…) repeats across positions.
Recursive transformation. Each figure is built from the previous one by one operation (e.g., add one line and flip shading).
Analogy mapping. A is to B as C is to ?; the rule is transferred, not extended.

Worked relationship

Track two attributes in parallel when one attribute is ambiguous. Suppose a stem changes shading and line count together: position 1 = 3 lines/white, position 2 = 4 lines/black, position 3 = 5 lines/white. The next figure must have 6 lines and black fill. Any option matching the line count but keeping the wrong shading is a designed distractor — eliminate it.

Quick reference table

Rule type	Diagnostic cue	Time budget
Arithmetic	Counts visible at a glance	≤60 s
Cycle	Same shapes reshuffled	≤75 s
Recursive	Each figure resembles the prior	≤90 s
Analogy	Two-figure stem repeated	≤75 s

Exam-level pointers

Roughly 5–10 figural items appear per UI Entrance sitting; treat each as worth ≈3% of the section.
Verbal sub-tests and numerical sub-tests share the same logic grammar — practice transfers.
Mark and skip if no rule resolves within 90 s; return in the final review pass.

🔴 Extended — Deep Study (3mo+)

Comprehensive coverage for students on a longer study timeline.

Edge cases examiners use

Superimposed figures. Two layers stack; count symbols per layer, not in total, or you mis-read the rule.
Mixed-base cycles. A 3-step colour cycle coexists with a 2-step rotation; only items tracking both survive.
Decoys that match shape but break orientation — and the mirror pair, matching orientation but breaking shape.
Matrix completion (3×3). The rule may run along rows or columns; checking one direction only is the classic fail.

Mechanism checklist (run in order)

List every attribute visible in frame 1.
Diff frames 1→2, 2→3, 3→4 to identify which attribute changed.
Confirm the change is consistent across at least two steps.
Predict frame 5; eliminate options violating the prediction on any attribute.

Adjacent-topic links

Same rule-grammar drives verbal-analogy items in the TPA section — spotting A:B :: C:? follows the identical four-step mechanism.
Numerical-series items use arithmetic and recursive subclasses verbatim; treat them as the numerical twin of figural patterns.

Common mistakes

Anchoring on colour because it is the most salient pixel feature.
Stopping after one rule is found; the real rule may sit on a second attribute.
Forcing an arithmetic reading onto a cycle (or vice versa) when the data fits neither cleanly.

Practice prompts

A stem rotates a triangle 45° clockwise per step and adds one dot. Which option continues both rules simultaneously?
A 3×3 matrix has rows alternating two shapes; identify the missing cell by checking rows and columns before locking the answer.

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