The coordinates of the vertices of A ABC are A(-1, 1), B(-2, 3), and C(-5, 1). The coordinates of the vertices of A A'B'C' are A'(-1, –4), B (-2, –6), and C'(-5, – 4).
Which statement correctly describes the relationship between A ABC and A A'B'C'
A ABC is congruent to A A'B'C' because you can map A ABC to A A'B'C' using a reflection across the x-axis
followed by a translation 3 units down, which is a sequence of rigid motions.
A ABC is congruent to A A'B'C' because you can map A ABC to A A'B'C' using a translation 5 units down
followed by a reflection across the x-axis, which is a sequence of rigid motions
A ABC is congruent to A A'B'C' because you can map A ABC to A A'B'C'' using a translation 3 units down
followed by a reflection across the x-axis, which is a sequence of rigid motions
A ABC is not congruent to A A'B'C' because there is no sequence of rigid motions that maps A ABC to A A'B'C''
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