2:I[5751,[],""] 4:I[8003,["138","static/chunks/138-338b445c4cbceabf.js","3","static/chunks/3-b4862a6e1de95ec0.js","628","static/chunks/app/papers/%5BpaperId%5D/%5Byear%5D/%5Bid%5D/page-257c971832fd49dc.js"],"default"] 6:I[9275,[],""] a:I[1343,[],""] b:I[101,["138","static/chunks/138-338b445c4cbceabf.js","987","static/chunks/app/papers/%5BpaperId%5D/%5Byear%5D/layout-3942c697a7972a68.js"],"default"] c:I[6324,["138","static/chunks/138-338b445c4cbceabf.js","987","static/chunks/app/papers/%5BpaperId%5D/%5Byear%5D/layout-3942c697a7972a68.js"],"default"] 10:I[4080,["185","static/chunks/app/layout-f07fbac6855a712f.js"],""] 11:I[231,["138","static/chunks/138-338b445c4cbceabf.js","986","static/chunks/986-a23d2b0476d0b49a.js","368","static/chunks/app/papers/%5BpaperId%5D/page-879e8aaf99bd7bd0.js"],""] 13:I[6130,[],""] 5:T621,

Answer: C

Key insight
Given the opposite-face pairs (P↔1, Q↔2, R↔3) and the dot markings on each face from the two cube views, verify which net places all six faces in positions consistent with the opposite-face constraints and dot orientations.

Step by step
Step 1: From the two cube views, map out the dot count on each face: identify which faces have 1 dot, 2 dots, etc. (similar to a die).
Step 2: Apply the constraint: faces P and 1 must be on opposite ends of the net (with two other faces between them in any row), same for Q↔2 and R↔3.
Step 3: Check Net A — folding it places P adjacent to 1 (not opposite). ✗
Step 4: Check Net B — a pair of opposite faces ends up adjacent after folding. ✗
Step 5: Check Net C — all three opposite-face pairs (P↔1, Q↔2, R↔3) are correctly positioned and dot orientations on visible faces match the given views. ✓
Step 6: Check Net D — one or more opposite pairs are violated. ✗
Therefore the answer is C.

Why wrong options are wrong
Option A: P and 1 are adjacent rather than opposite in the folded cube.
Option B: Q and 2 en

Shown below are the 2 views of a cube. If face P is opposite to 1, Q is opposite to 2 and R is opposite to 3, which option can be folded to make the cube?