Question:
An envelope made of a single piece of paper is taken, and a few cuts are made on it. The envelope and the cuts are shown. Identify the resulting figure when the envelope is unfolded.
An envelope made of a single piece of paper is taken, and a few cuts are made on it. The envelope and the cuts are shown. Identify the resulting figure when the envelope is unfolded.
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For paper-cutting puzzles, count how many times each cut will replicate upon unfolding. Symmetry is the key.
Updated On: Jan 7, 2026
- A
- B
- C
- D
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The Correct Option is A
Solution and Explanation
Step 1: Observe the cuts.
The folded paper has triangular and square cut-outs along its creases. When unfolded, these cuts replicate symmetrically across all folds.
Step 2: Predict unfolding.
- Cuts along one folded flap will appear 4 times after unfolding.
- Hence, the final shape must have repeated diamond/square holes across the entire sheet.
Step 3: Compare options.
- (A): Shows multiple symmetric diamond-shaped holes spread evenly – matches predicted result.
- (B), (C), (D): Do not match the symmetry or number of holes formed by the shown cuts.
Step 4: Conclude.
The unfolded figure must be (A). Final Answer: \[ \boxed{\text{A}} \]
The folded paper has triangular and square cut-outs along its creases. When unfolded, these cuts replicate symmetrically across all folds.
Step 2: Predict unfolding.
- Cuts along one folded flap will appear 4 times after unfolding.
- Hence, the final shape must have repeated diamond/square holes across the entire sheet.
Step 3: Compare options.
- (A): Shows multiple symmetric diamond-shaped holes spread evenly – matches predicted result.
- (B), (C), (D): Do not match the symmetry or number of holes formed by the shown cuts.
Step 4: Conclude.
The unfolded figure must be (A). Final Answer: \[ \boxed{\text{A}} \]
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