13. Which equation defines the graph of y = x^2 after it is shifted vertically 3 units up and horizontally 2 units right?

A. y = (x+2) ^2+3

B. y = (x-3) ^2+2

C. y = (x-2) ^2+3

D. y = (x+3) ^2+2

Question

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Mathematics

19 October, 08:19

13. Which equation defines the graph of y = x^2 after it is shifted vertically 3 units up and horizontally 2 units right?

A. y = (x+2) ^2+3

B. y = (x-3) ^2+2

C. y = (x-2) ^2+3

D. y = (x+3) ^2+2

+1

Answers (2)

Know the Answer?

Monique Spencer · Answer 1

The graph of y = x² (the parent function) is shifted vertically 3 units up and horizontally 2 units right:

y = (x - h) ² + k, where: h = 2 and k = 3

Answer:

C) y = (x - 2) ² + 3

Shiloh Escobar · Answer 2

The three units upward shift is denoted by + 3 outside of the parenthesis and horizontal shift to the right is represented by - 2 inside the parenthesis.

The answer is C.

13. Which equation defines the graph of y = x^2 after it is shifted vertically 3 units up and horizontally 2 units right?A. y = (x+2) ^2+3B. y = (x-3) ^2+2C. y = (x-2) ^2+3D. y = (x+3) ^2+2

13. Which equation defines the graph of y = x^2 after it is shifted vertically 3 units up and horizontally 2 units right?

A. y = (x+2) ^2+3

B. y = (x-3) ^2+2

C. y = (x-2) ^2+3

D. y = (x+3) ^2+2