The coordinates of the vertices of △jkl are j(−2, 1) , k(−1, 3) , and l(−3, 4) . the coordinates of the vertices of △j′k′l′ are j′(−2, −1) , k′(−1, −3) , and l′(−3, −3) . which statement correctly describes the relationship between △jkl and △j′k′l′? a) △jkl is congruent to △j′k′l′ because you can map △jkl to △j′k′l′ using a reflection across the y-axis, which is a rigid motion. b) △jkl is congruent to △j′k′l′ because you can map △jkl to △j′k′l′ using a translation 2 units down, which is a rigid motion. c) △jkl is not congruent to △j′k′l′ because there is no sequence of rigid motions that maps △jkl to △j′k′l′ . d) △jkl is congruent to △j′k′l′ because you can map △jkl to △j′k′l′ using a reflection across the x-axis, which is a rigid motion.