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Question

Difficulty: EasyMulti-Component Integration

Three geometric puzzle pieces must be assembled in a specific sequence based on their physical connection points. Piece A has a single protruding tab. Piece B has a slot that exactly fits Piece A's tab, and a peg on its opposite side. Piece C has a circular hole that fits Piece B's peg. Arrange the following assembly steps in the logically required physical sequence, starting with Piece A as the foundation.

  1. 1Place Piece A flat on the workspace as the starting base.
  2. 2Insert the protruding tab of Piece A into the matching slot of Piece B.
  3. 3Align the central hole on Piece C directly over the peg on Piece B.
  4. 4Press Piece C down onto Piece B to complete the final integration.

Answer

The correct logical sequence is to place Piece A first, attach Piece B to Piece A, align Piece C over Piece B, and finally press Piece C into place.
The assembly must strictly follow the physical constraints of the connection points. Piece A provides the initial tab. Piece B must connect to Piece A's tab to integrate properly, which then positions its peg. Piece C must then connect to Piece B's peg. Attempting any other order physically fails because the necessary connection points would not be available.

Step-by-Step Solution

1
Identify the foundation piece.
Piece A is placed first as the base.
The prompt establishes Piece A as the starting component.
2
Determine the next piece that physically connects to Piece A.
Piece B is attached to Piece A.
Piece B has the slot that fits Piece A's tab, making it the only valid next step.
3
Determine the piece that connects to the newly exposed peg on Piece B.
Piece C is aligned with Piece B.
Piece C has the hole that fits Piece B's peg.
4
Finalize the overall assembly.
Piece C is pressed onto Piece B.
This physical action completes the integration of all three components.

Key Concept

Multi-Component Integration
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Topics

Multi-Component Integration