△XYZis mapped to △X′Y′Z′ using the rules (x, y)→(x+5, y−3) followed by (x, y)→(−x, −y).
Which statement describes the relationship between △XYZ and △X′Y′Z′?

△XYZ is not congruent to '△X′Y′Z′ because the rules do not represent a sequence of rigid motions.
△XYZ is congruent to △X′Y′Z′ because the rules represent a rotation followed by a translation, which is a sequence of rigid motions.
△XYZis congruent to △X′Y′Z′ because the rules represent a rotation followed by a reflection, which is a sequence of rigid motions.

Question

△XYZis mapped to △X′Y′Z′ using the rules  (x, y)→(x+5, y−3)  followed by  (x, y)→(−x, −y).
Which statement describes the relationship between △XYZ and △X′Y′Z′?

△XYZ is not congruent to '△X′Y′Z′ because the rules do not represent a sequence of rigid motions.
△XYZ is congruent to △X′Y′Z′ because the rules represent a rotation followed by a translation, which is a sequence of rigid motions.
△XYZis congruent to △X′Y′Z′ because the rules represent a rotation followed by a reflection, which is a sequence of rigid motions.