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Which rule describes the composition of transformations that maps JKL to J”K”L”

Which rule describes the composition of transformations that maps JKL to J”K”L”-example-1
User Jon Gan
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2 Answers

5 votes

Answer: A

Explanation:

User Kulatamicuda
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5 votes

Answer:

C) Rotate Counter clockwise 90º and Translate (x-2,y)

Explanation:

1) Rotating counterclockwise 90º the
\bigtriangleup JKL \Rightarrow J'(2,-4), K(5,-4), \:L(2,-2)

Rotating counterclockwise 90º rule is:
(-y,x)

We'll twist the values:


\bigtriangleup J'K'L' \Rightarrow J(4,2) K(4,5), L(2,2)

Check the picture below.

2) Now we need to translate ΔJ'K'L' following this rule
(x-2,y)

to have ΔJ''K''L''


\bigtriangleup J''K''L'' \Rightarrow J''(0,2), K''(2,5), \:L''(2,2)

Which rule describes the composition of transformations that maps JKL to J”K”L”-example-1
Which rule describes the composition of transformations that maps JKL to J”K”L”-example-2
Which rule describes the composition of transformations that maps JKL to J”K”L”-example-3
User Liecno
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5.1k points