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Describe the Transformations and Give the Equation for the Graph f(x)=xf ( x ) = \sqrt { x }

Question 423

Multiple Choice

Describe the transformations and give the equation for the graph.
- Describe the transformations and give the equation for the graph. -   A)  It is the graph of  f ( x )  = \sqrt { x }  translated 3 units to the left and translated 2 units up. The equation is  y = \sqrt { x - 3 } - 2  B)  It is the graph of  f ( x )  = \sqrt { x }  translated 3 units to the left and translated 2 units up. The equation is  y = \sqrt { x + 3 } + 2  C)  It is the graph of  f ( x )  = \sqrt { x }  translated 3 units to the left and translated 2 units up. The equation is  y = \sqrt { x + 3 } - 2  D)  It is the graph of  f ( x )  = \sqrt { x }  translated 3 units to the left and translated 2 units up. The equation is  y = \sqrt { x - 3 } + 2


A) It is the graph of f(x) =xf ( x ) = \sqrt { x } translated 3 units to the left and translated 2 units up. The equation is y=x32y = \sqrt { x - 3 } - 2
B) It is the graph of f(x) =xf ( x ) = \sqrt { x } translated 3 units to the left and translated 2 units up. The equation is y=x+3+2y = \sqrt { x + 3 } + 2
C) It is the graph of f(x) =xf ( x ) = \sqrt { x } translated 3 units to the left and translated 2 units up. The equation is y=x+32y = \sqrt { x + 3 } - 2
D) It is the graph of f(x) =xf ( x ) = \sqrt { x } translated 3 units to the left and translated 2 units up. The equation is y=x3+2y = \sqrt { x - 3 } + 2

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