How to Understand Congruence through Rigid Motion Transformations
- Translations: Shifts that move a shape without rotating or flipping it.
- Rotations: Spinning a shape around a fixed point.
- Reflections: Creating a mirror image by flipping a shape over a line.
- Linking Congruence with Rigid Motions:
Shapes are congruent if one can be transformed into the other solely using rigid motions. - Recognizing Congruent Figures:
Search for shapes with matching sides and angles. Additionally, verify if one shape can be remapped to the other using only rigid motions.
Examples
Practice Questions:
- Rectangle \( MNPQ \) is reflected over the y-axis to form \( M’N’P’Q’ \). Are \( MNPQ \) and \( M’N’P’Q’ \) congruent? Justify your answer.
- Circle \( A \) has a radius of \( 5 \) units. When translated \( 6 \) units to the right, it forms Circle \( B \). Are circles \( A \) and \( B \) congruent?
- Yes, \( MNPQ \) and \( M’N’P’Q’ \) are congruent. Reflections, being rigid motions, do not alter the size or shape of figures.
- Yes, both circles are congruent. Translations, another form of rigid motion, maintain the size and shape. Therefore, both circles have a radius of \( 5 \) units.
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