Question

Which statement correctly describes the relationship between △ABC△ABC and △A′B′C′△A′B′C′ ?

△ABC is congruent to △A′B′C′ because you can map △ABC to △A′B′C′ using a reflection across the y-axis, which is a rigid motion.

△ABC is congruent to △A′B′C′ because you can map △ABC to △A′B′C′ using a translation 6 units to the right, which is a rigid motion.

△ABC is congruent to △A′B′C' because you can map △ABC to △A′B′C′ using a translation 6 units to the left, which is a rigid motion.

△ABC is not congruent to △A′B′C′ because there is no sequence of rigid motions that maps △ABC to △A′B′C′.

Answer 1

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Answer 2

△ABC is congruent to △A′B′C′ because you can map △ABC to △A′B′C′ using a translation 6 units to the right, which is a rigid motion. @♥Ashley♥