Embedded Figures

Question Type Overview

Embedded Figures, also known as Hidden Figures, are a common non-verbal reasoning question type in SSC CGL. You'll be presented with a 'Problem Figure' (a simple geometric shape or pattern) and then four 'Answer Figures' (complex designs). Your task is to identify which of the Answer Figures contains the Problem Figure exactly as it is, or sometimes, with rotation allowed (always check instructions!). This section primarily tests your visual observation skills and ability to dissect complex patterns.

Pattern Recognition Rules

• Exact Match: The embedded figure must be an exact replica of the problem figure. No parts should be missing or extra, unless specified.
• Orientation: Pay close attention to whether rotation of the problem figure is allowed. If not, the figure must appear in the same orientation.
• Boundary Tracing: Mentally or visually trace the outline of the problem figure within each option. Look for its distinct lines, curves, and angles.
• Elimination: Quickly eliminate options where a major part of the problem figure is clearly absent or distorted.
• Negative Space: Sometimes the figure might be formed by the 'empty' space between other shapes, rather than solid lines.

Step-by-Step Approach

Let's assume the Problem Figure is a simple 'Z' shape and you need to find it in the Answer Figures.

1. Analyze the Problem Figure: Carefully observe the 'Z' shape. Note its specific features: two parallel horizontal lines, one diagonal line connecting them, and the angles formed. Is it symmetrical? Are the lines of equal length?
2. Scan Answer Figure A: Quickly glance over Answer Figure A. Look for any section that resembles the 'Z'. Don't try to find it perfectly yet, just a quick scan.
3. Detailed Tracing (Option A): If a potential 'Z' is spotted, mentally trace its exact path within Figure A. Start from one end of the 'Z' (e.g., top-left corner) and follow its lines. Verify if all segments are present and correctly connected.
4. Verify Orientation: If the problem states 'rotation allowed', consider rotated versions. If not, ensure the 'Z' is in the exact same orientation.
5. Repeat for Other Options: If Figure A doesn't contain the 'Z', move to Figure B, then C, then D, applying steps 2-4. The first figure where the 'Z' is perfectly embedded is your answer.

Time-Saving Shortcut

Instead of scanning the entire complex figure, focus on the most unique or distinct feature of the Problem Figure first. For example, if the Problem Figure has a sharp, acute angle, quickly scan the Answer Figures for similar acute angles. This allows for rapid elimination of options that lack this defining characteristic, narrowing down your search significantly. Also, often the embedded figure is found near the edges or corners of the complex figure, so prioritize those areas.

Question Type Overview

Figure Completion questions present an incomplete geometric figure, usually with one quarter or a specific segment missing. Your task is to select the correct option from a set of choices that perfectly fits into the blank space, completing the original figure's pattern, symmetry, or logical sequence. These questions test your spatial reasoning and observation skills, crucial for quick decision-making under pressure.

Pattern Recognition Rules

To excel, train your eye to spot these patterns:

• Symmetry: Look for mirror images across horizontal, vertical, or diagonal axes. The missing part often completes a symmetrical design.
• Rotational Symmetry: Observe if parts of the figure are rotated versions of each other (e.g., 90, 180, 270 degrees). The missing piece will continue this rotation.
• Repetition/Alternation: Identify repeating elements or alternating patterns (e.g., shaded/unshaded, specific shapes). The missing part will follow this sequence.
• Progression: Check for a sequence where elements change gradually (e.g., increasing lines, dots, or shapes). The missing part continues this progression.
• Analogy: Sometimes, the relationship between two existing parts of the figure needs to be applied to find the missing part.

Step-by-Step Approach

1. Analyze the Incomplete Figure: Carefully observe the given figure, paying close attention to the existing lines, curves, shapes, and shading around the missing segment. Understand the overall design.
2. Identify the Core Pattern/Symmetry: Determine if the figure is symmetrical, rotational, or follows a specific repetitive or progressive pattern. This is the most critical step.
3. Visualize the Complete Figure: Mentally (or by lightly tracing with your finger/pencil on the screen/paper) complete the figure based on the identified pattern. Imagine what the missing piece should look like.
4. Examine the Options: Compare your visualized missing piece with each of the given options. Focus on the shape, orientation, lines, curves, and shading.
5. Eliminate Incorrect Options: Quickly discard options that clearly don't match the shape, don't align with the existing lines, or break the established pattern. Look for subtle differences.
6. Select the Best Fit: Choose the option that perfectly completes the figure, maintaining its integrity and pattern. For example, if the figure is a square with a diagonal line pattern, ensure the option completes that specific diagonal line and doesn't introduce a new element.

Time-Saving Shortcut

Focus on the Edges and Corners First: Instead of trying to match the entire missing segment at once, concentrate on the lines and curves that connect the missing part to the existing figure. The way the edges of an option meet the existing lines of the incomplete figure is often enough to eliminate several choices instantly. Look for perfect alignment and continuation of lines/curves at the points of connection. This rapid edge-matching technique saves precious seconds.