Trapezoid EFGH has coordinates E (−3, 4), F (1, 4), G (3, 1), and H (−5, 1). Trapezoid EꞌFꞌGꞌHꞌ has coordinates Eꞌ (−12, 16), Fꞌ (4, 16), Gꞌ (12, 4), and Hꞌ (−20, 4). Trapezoid EꞌꞌFꞌꞌGꞌꞌHꞌꞌ has coordinates Eꞌꞌ (12, −16), Fꞌꞌ (−4, −16), Gꞌꞌ (−12, −4), and Hꞌꞌ (20, −4). will medal n fan Which transformations describe why trapezoids EFGH and EꞌꞌFꞌꞌGꞌꞌHꞌꞌ are similar?
A. Trapezoid EFGH was rotated 90° clockwise and then dilated by a scale factor of 4. . B:Trapezoid EFGH was dilated by a scale factor of 4 and then rotated 180° counterclockwise. C:Trapezoid EFGH was dilated by a scale factor of 1/4 and then reflected across the x-axis. D. Trapezoid EFGH was translated 4 units right and 4 units up and then rotated 180° clockwise.
@DakotaHess
Ok give me a minute
k
Ok, so I'm only in the 9th grade, yes I'm a genius for what I know, but I haven't did any of that yet. Actually, I think I'm getting ready to learn about that... but honestly, IDK. Sorry. :{
ok, know anyone who might know, im in 8th grade.
no... and now I feel stupid. lolz, haha
@confluxepic
my internets abot to crash :S
that sucks...
@Libbi_Marie
Either a or c
C.
not a because it would have been factored by a full 4. C, is factored by 1/4 so it would be less and therefore make it gradually bigger... :)
ok ill do c thxn ill medal n fa
thanx, I had to think about it and then work it out
Dont hold me to it, thats just what I would put
ok I failed :S ill review thx btw :) u guys are grt
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