A composite 2D figure is assembled from four disjoint polygon pieces. Before assembly, each piece must be mentally rotated clockwise from its starting orientation to a standard upright orientation.
- The Triangle's starting orientation is tilted 45° counter-clockwise from upright.
- The L-Shape's starting orientation is tilted 90° counter-clockwise from upright.
- The Trapezoid's starting orientation is completely inverted (180° from upright).
- The Rectangle's starting orientation is tilted 90° clockwise from upright.
Arrange the pieces in order from the SMALLEST clockwise rotation required to the LARGEST clockwise rotation required to align them for assembly.
- 1The Triangle
- 2The L-Shape
- 3The Trapezoid
- 4The Rectangle
Answer
The correct sequence from smallest to largest clockwise rotation is: Triangle (45°), L-Shape (90°), Trapezoid (180°), Rectangle (270°).
Based on a purely clockwise rotation requirement: the Triangle requires 45°, the L-Shape requires 90°, the Trapezoid requires 180°, and the Rectangle requires 270°. Ordering these degrees from smallest to largest results in Triangle, L-Shape, Trapezoid, Rectangle.
Step-by-Step Solution
Key Concept
Determining the magnitude of specific directional rotation (clockwise) to achieve a target spatial orientation.