Embedded Figures
Embedded Figures is an important non-verbal reasoning topic of the ADRE 3.0 Grade IV paper. In this type of question a large and complex figure is given, and the candidate must find which of the simple options is hidden or embedded inside that complex figure. The hidden shape is not drawn separately; it lies within the lines of the main figure and has to be traced out by the eye. The topic tests careful observation, the ability to separate one shape from a jumble of lines, and the patience to check each option against the main figure. Because the answer is fully hidden in the picture, the question cannot be guessed, and a systematic method of tracing the options one by one is the safest way to reach the answer.
Meaning of an Embedded Figure Question
The question shows a complex figure made up of many straight lines and curves, and below or beside it gives four or five simple figures as options. Exactly one of these simple figures is present inside the complex figure, either in the same position or turned to some other position. The candidate must decide which option is embedded. The embedded figure may be hidden by extra lines crossing it, and it is usually not shaded, so the candidate has to follow the outline mentally and see whether all its sides are present in the main figure.
Rules of an Embedded Figure Question
- The embedded figure uses only the lines that are already present in the main figure.
- The hidden figure may be the same size or smaller than the option drawn.
- The hidden figure may be rotated but not distorted in shape.
- All the sides of the correct option must be traceable in the main figure.
- Options that share some lines but not all are not the answer.
- Extra lines of the main figure do not matter; only the outline of the option matters.
- A shape that looks similar but needs a new line is not embedded.
- The hidden figure may lie in a corner, at the centre or across the middle.
- Symmetrical options are sometimes hidden in a tilted position.
- Only one option is fully present; the rest are close but incomplete.
Types of Questions
Some questions hide a simple geometric shape such as a triangle, a square or a circle in a web of lines. Some hide a letter or a numeral inside a design. Some hide a shape made of both straight lines and curves, so the candidate must follow a mixed outline. Some present a main figure with a strong pattern, such as a star or a grid, and hide the option in a small part of it. A few questions hide a shape in a rotated position, which is harder because the eye expects the shape to stand upright.
How to Solve an Embedded Figure Question
- Look at the options one by one and note the shape of each.
- Take the first option and try to trace its outline in the main figure.
- Check whether every side of the option is present in the main figure.
- If a side is missing, reject that option and try the next.
- Confirm the answer by tracing all of its sides completely.
Worked Examples
Suppose the main figure is a square with both diagonals drawn inside it and the options are a triangle, a circle and a pentagon. The two diagonals divide the square into four triangles, so a triangle is clearly embedded, and the answer is the triangle. Suppose the main figure is a large triangle divided by lines parallel to its base; then several smaller triangles are embedded in it. If the main figure is a square with a cross inside it, then four smaller squares are embedded, and a small square option is correct. If the main figure contains a star, then a triangle is often embedded in one of its points.
How This Topic Appears in the Examination
Embedded figures is usually asked as a small group of objective questions carrying one mark each. The main figure is simple enough to be studied in a few seconds, but the options are chosen so that several of them share a few lines with the main figure. The candidate who checks each option methodically, rather than trusting the first impression, is likely to get the answer right. With practice, the eye learns to separate the outline of a simple shape from a background of many lines, and the time taken per question falls sharply.
Memory Tips
Never try to see the whole answer at one glance; take one option at a time and trace it. Start from a corner or an angle that is easy to recognise, such as a right angle, and check whether the same angle exists in the main figure. Follow the outline of the option in one direction and see whether you return to the starting point. Keep the option's shape firmly in mind while looking at the main figure, because a wandering eye mixes up the lines. If a shape is not found upright, look for it tilted, since many embedded figures are rotated.
Common Mistakes to Avoid
- Choosing an option that only partly matches the main figure.
- Assuming that a shape requiring a new line is embedded.
- Getting confused by the extra lines of the main figure.
- Failing to look for a rotated version of the option.
- Deciding the answer from a quick glance instead of tracing.
How to Prepare This Topic
- Practise tracing simple shapes inside complex drawings.
- Solve at least fifteen embedded figure questions every day.
- Use a pencil or finger to trace the outline on paper while learning.
- Learn to recognise right angles, triangles and squares quickly.
- Time yourself so that each question takes less than a minute.
Additional Solved Examples
If the main figure is a rectangle with two lines joining the mid-points of the opposite sides, then four smaller rectangles are embedded in it. If the main figure is a circle with two diameters drawn at right angles, then four quarter circles and several triangles are embedded. If the main figure is a hexagon with lines joining the opposite corners, then triangles and rhombuses are hidden inside it. If the main figure is the capital letter A drawn with a horizontal bar, then a triangle is embedded in its upper part. These examples show that the same main figure often hides several shapes, but only the option that is fully present is the answer.
Advanced Tips
When two options look equally present, count the number of sides that each one shares with the main figure; the correct option shares all of them, while the wrong one shares only some. Look for large, obvious angles first, because a shape is almost always anchored by one such angle. If an option seems hidden but tilted, rotate the option mentally until it fits a set of lines in the main figure. Do not be distracted by the symmetry of the main figure, since the hidden shape may sit in a non-symmetrical part. Finally, if you are short of time, mark the question and return to it, because a fresh look often reveals the hidden outline at once.
Related Non-Verbal Topics
Embedded figures is closely related to Figure Classification, Figure Analogy and Counting of Figures. Classification asks you to compare figures for a common property, which also needs careful looking at outlines. Analogy asks you to relate two pairs of figures, which uses the same eye for shape and position. Counting of figures asks you to count the number of shapes hidden in a composite figure, which is closely linked to finding one embedded shape. Practising these topics together builds strong visual scanning, which is the main demand of the non-verbal section.
Quick Revision Checklist
- Trace one option at a time in the main figure.
- Every side of the answer must already exist in the main figure.
- Do not invent new lines for an option.
- Look for the shape in a rotated position as well.
- Start from a clear angle such as a right angle.
- Confirm by completing the full outline before answering.
Frequently Asked Questions
What is an embedded figure question?
It gives a large complex figure and asks which of the simple options is hidden inside it using the lines already present.
Can the hidden figure be rotated?
Yes. The hidden figure may be rotated to any position, but its shape and size are not distorted, so look for it in a tilted position also.
How do I check an option quickly?
Trace the outline of one option in the main figure and check whether every one of its sides is present; if a side is missing, reject the option.
Why are the wrong options so similar?
The wrong options share a few lines with the main figure to confuse you, but they need at least one extra line that is not present, so they are not truly embedded.
How much time should each question take?
With practice an embedded figure question takes less than a minute, because the eye learns to separate a simple outline from many lines.