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+8) 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

znappydooz · Answer

@sleepyjess can you help me?

sleepyjess · Answer

Just subtract 2 from each x coordinate and add 8 to each y coordinate.

znappydooz · Answer

So it would be A (-4, 10), B (-4, 12), C (0, 12), and D (0, 10)?

sleepyjess · Answer

Yep ^_^

znappydooz · Answer

Aright, that's the first question it asks... can you help me on the other? Which I completely don't understand XD

znappydooz · Answer

@sleepyjess

sleepyjess · Answer

yeah

znappydooz · Answer

Describe what characteristics you would find if the corresponding vertices were connected with line segments.

znappydooz · Answer

Lol its cool if u dont have time or dont want to at the moment XD :P

sleepyjess · Answer

I'm at the hospital, and we just found out I am not allowed to take my mom home since I am not 18 yet, so I had to call like 20 people haha

znappydooz · Answer

Dang XD

sleepyjess · Answer

yeah

sleepyjess · Answer

Ok, did you try graphing it?

znappydooz · Answer

I'm still on it lol
I'll take a screenshot ones i got it :)

sleepyjess · Answer

ok :)

znappydooz · Answer

attachment

sleepyjess · Answer

I'm not sure what it means by "characteristics". Possibly the shape? If any segments are congruent? Parallel?

znappydooz · Answer

I'm not so sure, but i think so...

znappydooz · Answer

What do you thinkI should write?

znappydooz · Answer

Im gonna tag you in another one :)