Which statement correctly describes the relationship between quadrilateral abcd and quadrilateral a′b′c′d′ ? an x y coordinate plane is shown. in quadrant 1 quadrilateral a b c d has vertices at begin ordered pair 1 comma 2 end ordered pair, begin ordered pair 2 comma 1 end ordered pair, begin ordered pair 6 comma 1 end ordered pair and begin ordered pair 6 comma 3 end ordered pair, respectively. in quadrant 2 quadrilateral a prime b prime c prime d prime has vertices at begin ordered pair negative 6 comma 2 end ordered pair, begin ordered pair negative 5 comma 1 end ordered pair, begin ordered pair negative 1 comma 1 end ordered pair and begin ordered pair negative 1 comma 3 end ordered pair, respectively. quadrilateral abcd is not congruent to quadrilateral a′b′c′d′ because there is no sequence of rigid motions that maps quadrilateral abcd to quadrilateral a′b′c′d′ . quadrilateral abcd is congruent to quadrilateral a′b′c′d′ because you can map quadrilateral abcd to quadrilateral a′b′c′d′ using a reflection across the y-axis, which is a rigid motion. quadrilateral abcd is congruent to quadrilateral a′b′c′d′ because you can map quadrilateral abcd to quadrilateral a′b′c′d′ using a translation 7 units to the left, which is a rigid motion. quadrilateral abcd is congruent to quadrilateral a′b′c′d′ because you can map quadrilateral abcd to quadrilateral a′b′c′d′ using a translation 7 units to the right, which is a rigid motion.