Question

△ABC is mapped to △A′B′C′ using the rule (x, y)→(−x, −y) followed by (x, y)→(x, −y) .

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

△ABC is congruent to △A′B′C′ because the rules represent a rotation followed by a reflection, which is a sequence of rigid motions.

△ABC is not congruent to △A′B′C′ because the rules do not represent a sequence of rigid motions.

△ABC is congruent to △A′B′C′ because the rules represent a reflection followed by a reflection, which is a sequence of rigid motions.

△ABC is congruent to △A′B′C′ because the rules represent a reflection followed by a rotation, which is a sequence of rigid motions.

Answer 1

@silvernight269 i think its C

Answer 2

I’m confused
@563blackghost

Answer 3

Its either c or d but i really think its C

Answer 4

I would agree with you CC12.

Answer 5

Thank you