Match each set of unassembled components with the correct description of their final assembled figure. Ensure all corresponding multi-point alignment markers perfectly match.
- Set 1: A top semi-circle with markers X and Y (left to right) on its straight edge, and a bottom semi-circle with markers Y and X (left to right) on its straight edge.Forms a full circle. Requires a 180-degree rotation of one piece to align the reversed X and Y markers correctly.
- Set 2: Two identical squares. Square A has two dot markers on its right-hand edge. Square B has two dot markers on its left-hand edge.Forms a horizontal rectangle. Requires direct horizontal translation with no rotation.
- Set 3: A large square missing a rectangular corner section containing star markers, and a small rectangle with corresponding star markers on two adjacent corners.Forms a solid, complete large square. Requires sliding the small piece into the inner negative space.
- Set 4: Two right triangles. Triangle 1 has diamond markers on its vertical leg. Triangle 2 has diamond markers on its horizontal leg.Forms a larger composite triangle or quadrilateral. Requires a 90-degree rotation to align the perpendicular legs.
Cevap
Set 1 matches the full circle requiring a 180-degree rotation. Set 2 matches the horizontal rectangle requiring translation. Set 3 matches the solid large square. Set 4 matches the composite triangle requiring a 90-degree rotation.
Each component set contains specific geometries and multi-point markers that dictate exactly one assembly method. By tracing how the points must connect (X to X, dot to dot), we can determine whether the pieces require direct translation (sliding), a 90-degree rotation, or a 180-degree rotation to assemble the composite figure.
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Anahtar Kavram
Multi-Point Alignment and Mental Rotation