Embedded Figures
Embedded Figures questions give you a simple target shape and a complex drawing, challenging you to spot exactly where that target shape is hidden among the overlapping lines.
Fundamental Principles
Target Shape
The original simple geometric outline that you need to find completely intact inside a more complicated drawing.
Essential Formulation Tips
- Break the target shape down into its main lines, tracking specific angles (like a sharp 90-degree bend) or distinct line lengths to spot them in the larger drawing.
- Scan the larger drawings systematically, ignoring the extra background lines that are just there to distract you.
Shortcut Execution Techniques
- The Rotation Lock Filter: Unless the instructions say otherwise, the target shape must be found in its original orientation without being tilted or rotated at all. Look for exact angle matches first.
Contextual Inquiries (FAQs)
Q: Can lines from the larger drawing cross through my hidden target shape?
A: Yes. The target shape's outline just needs to be fully present; extra background lines crossing through it do not disqualify it.
Example Breakdown: Isolating Fixed-Angle Outline Vectors
Classic shape isolation without rotation.Analyze the target constraints: The 'Z' shape requires a horizontal top line, a sharp diagonal slanting down and left, and a horizontal bottom line.
Scan the options: Look at Drawing B's zig-zag lines. Trace the path: find a top horizontal segment, confirm it meets a left-slanting diagonal, and see if that meets a bottom horizontal segment.
Verify orientation: Make sure the horizontal lines run left-to-right and the diagonal slants correctly without any rotation.
Conclusion: Drawing B contains the target shape perfectly embedded in its lines.
Hidden Shape Extraction
Practice finding simple geometric layouts hidden inside overlapping patterns.
Q1. A target shape is a simple equilateral triangle pointing straight up. Which background grid is most likely to contain it?