The graph of g (x) g (x) is the graph of f (x) = x-2f (x) = x-2 reflected across the y-axis.

Which equation describes g?

A. g (x) = - x-2g (x) = - x-2

B. g (x) = - x+2g (x) = - x+2

C. g (x) = x+2g (x) = x+2

D. g (x) = - 2x+2

Question

Mathematics

Guadalupe

12 January, 13:37

The graph of g (x) g (x) is the graph of f (x) = x-2f (x) = x-2 reflected across the y-axis.

Which equation describes g?

A. g (x) = - x-2g (x) = - x-2

B. g (x) = - x+2g (x) = - x+2

C. g (x) = x+2g (x) = x+2

D. g (x) = - 2x+2

+5

Answers (1)

Know the Answer?

Miles Villa · Answer 1

We have f (x) = x-2, if it is reflected to the y-axis, all thay we need to do is calculate f (-x), it is f (-x) = (-x) - 2 = - x - 2, so the answer is A: g (x) = - x - 2

The graph of g (x) g (x) is the graph of f (x) = x-2f (x) = x-2 reflected across the y-axis.Which equation describes g?A. g (x) = - x-2g (x) = - x-2B. g (x) = - x+2g (x) = - x+2C. g (x) = x+2g (x) = x+2D. g (x) = - 2x+2

The graph of g (x) g (x) is the graph of f (x) = x-2f (x) = x-2 reflected across the y-axis.

Which equation describes g?

A. g (x) = - x-2g (x) = - x-2

B. g (x) = - x+2g (x) = - x+2

C. g (x) = x+2g (x) = x+2

D. g (x) = - 2x+2