Quadrilateral ABCD is located at A (−2, 2), B (−2, 4), C (2, 4), and D (2, 2). The quadrilateral is then transformed using the rule (x+2, y−3) to form the image A'B'C'D'. What are the new coordinates of A', B', C', and D'? Describe what characteristics you would find if the corresponding vertices were connected with line segments.

Question

anonymous · Answer

@ParthKohli

parthkohli · Answer

Well, for each point, add 2 to its $x$ coordinate and subtract 3 from the $y$

anonymous · Answer

Okay, so it's (0,-1), (0,1), (0,1) and (0,-1)?

anonymous · Answer

The only problem I have with this is the corresponding vertices and their line segments.

parthkohli · Answer

Well, the last two would be (4,1) and (4,-1)

anonymous · Answer

Oh, whoops yeah, you're right .haha

anonymous · Answer

@robtobey

parthkohli · Answer

Well, for the second, you will have to draw it out...

anonymous · Answer

Okay.