A simple shape is shown, and you must find it hidden inside one of four more complex diagrams. No question from this topic appeared in the papers I could extract or recover, so this chapter is built entirely to the AAI pattern.
This topic rewards a method more than any formula. A slow, systematic scan beats a fast guess almost every time.
A small, simple figure — often a triangle, a specific quadrilateral, or a combination of a few straight lines — is shown on its own. Four larger, more cluttered figures follow, and exactly one of them contains that same simple figure somewhere inside its lines, at the same relative proportions, though possibly rotated.
A triangle with a 40°, 60°, 80° split is not the same figure as one with 30°, 60°, 90°, even if both are triangles. Getting the angles or side ratios approximately right is not enough.
Before scanning any option, count exactly how many straight lines make up the given figure and note their approximate relative lengths. This turns a vague visual search into a specific checklist.
Searching an option at random wastes time and invites mistakes. Work through every option the same fixed way instead.
Picking the most unusual feature of the given figure — a very acute angle, or a line noticeably longer than the rest — narrows the search dramatically, since most options will not have anything matching that specific feature at all.
Every figure has one feature less common than the rest — the sharpest angle, the one curved line, the single short segment. Anchor your search there rather than starting from the most ordinary-looking part of the figure.
The given figure is a triangle with one distinctly sharp, narrow angle at its top vertex. Four complex figures are given as options. How should you proceed?
Wrong options are rarely random. They are built to look almost right, and knowing the usual tricks saves real time in the exam hall.
All three traps are designed to catch someone who confirms a match visually without carefully tracing every line.
A glance confirms a family resemblance. Only tracing the actual lines with your eye, one at a time, confirms an exact match. Every trap in this topic is defeated by that one habit.
Practice figures at increasing difficulty, with the systematic scanning method demonstrated step by step. Print it, solve it, keep it.
Multiple choice questions on method and concept. Full visual practice is in the downloadable PDF above.
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