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

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

anonymous · Answer

(x-h)^2 + k

where h describes horizontal motion and k describes vertical motion

anonymous · Answer

when the graph is shifted horizontally by 2 units to the left if implies x is shifted by 2 units towards letf so x is replaced by x-2

anonymous · Answer

So its C?

anonymous · Answer

and when graph is shifted vertically up by 3 units vertically up it implies 3 is added to each and every term of graph for every y therefore it should be (x-2)^2+3
hence it is c