Trapezoid EFGH has coordinates E(−3, 4) , F(1, 4), G(3, 1) , and H(−5, 1) . Trapezoid E'F'G'H' has coordinates E′(−12, 16) , F′(
4, 16), G'(12, 4) , and H′(−20, 4) . Trapezoid E'"F"G"H" has coordinates E′′(12, −16), F′′(−4, −16), G′′(−12, −4) , and H′′(20, −4) .
Which transformations describe why trapezoids EFGH and E'"F"G"H" are similar?
A. Trapezoid EFGH was translated 4 units right and 4 units up and then rotated 180° clockwise.
B. Trapezoid EFGH was rotated 90° clockwise and then dilated by a scale factor of 4.
C. Trapezoid EFGH was dilated by a scale factor of 4 and then rotated 180° counterclockwise.
D. Trapezoid EFGH was dilated by a scale factor of 14 and then reflected across the x-axis.
2 answers:
I believe that the answer would be C
Answer Very much Correct i took the test
Step-by-step explanation:
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Either a or d (I’m not sure but Ik it’s one of Those)
<u>11 chairs at each table.</u> (157/14 = 11.214...)
<u>There will be 3 chairs left over.</u> (14x11 = 154 157-154 = 3)
Easy, the cat weighs 1.4 pounds :)
Assuming what is meant by "infinite solutions" are infinite number of solutions of a logarithmic equation.
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