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Solve the Problem p(x)=3(x+3)33p ( x ) = 3 ( x + 3 ) ^ { 3 } - 3

Question 19

Multiple Choice

Solve the problem.
- p(x) =3(x+3) 33p ( x ) = 3 ( x + 3 ) ^ { 3 } - 3
a. Identify the power function of the form y=xny = x ^ { n } that is the parent function to the given graph.
b. In order, outline the transformations that would be required on the graph of y=xny = x ^ { n } to make the graph of the given function.
c. Match the function with the graph.
i.
 Solve the problem. - p ( x )  = 3 ( x + 3 )  ^ { 3 } - 3  a. Identify the power function of the form  y = x ^ { n }  that is the parent function to the given graph. b. In order, outline the transformations that would be required on the graph of  y = x ^ { n }  to make the graph of the given function. c. Match the function with the graph. i.    ii.    iii.    iv.   A)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph iii. B)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph ii. C)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph i. D)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Shrink vertically by a factor of  \frac { 1 } { 3 } . Shift downward 3 units. c. Graph iv.

ii.
 Solve the problem. - p ( x )  = 3 ( x + 3 )  ^ { 3 } - 3  a. Identify the power function of the form  y = x ^ { n }  that is the parent function to the given graph. b. In order, outline the transformations that would be required on the graph of  y = x ^ { n }  to make the graph of the given function. c. Match the function with the graph. i.    ii.    iii.    iv.   A)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph iii. B)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph ii. C)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph i. D)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Shrink vertically by a factor of  \frac { 1 } { 3 } . Shift downward 3 units. c. Graph iv.
iii.
 Solve the problem. - p ( x )  = 3 ( x + 3 )  ^ { 3 } - 3  a. Identify the power function of the form  y = x ^ { n }  that is the parent function to the given graph. b. In order, outline the transformations that would be required on the graph of  y = x ^ { n }  to make the graph of the given function. c. Match the function with the graph. i.    ii.    iii.    iv.   A)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph iii. B)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph ii. C)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph i. D)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Shrink vertically by a factor of  \frac { 1 } { 3 } . Shift downward 3 units. c. Graph iv.

iv.
 Solve the problem. - p ( x )  = 3 ( x + 3 )  ^ { 3 } - 3  a. Identify the power function of the form  y = x ^ { n }  that is the parent function to the given graph. b. In order, outline the transformations that would be required on the graph of  y = x ^ { n }  to make the graph of the given function. c. Match the function with the graph. i.    ii.    iii.    iv.   A)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph iii. B)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph ii. C)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units. c. Graph i. D)  a.  y = x ^ { 3 }  b. Shift  y = x ^ { 3 }  to the left 3 units. Shrink vertically by a factor of  \frac { 1 } { 3 } . Shift downward 3 units. c. Graph iv.


A) a. y=x3y = x ^ { 3 }
b. Shift y=x3y = x ^ { 3 } to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units.
c. Graph iii.
B) a. y=x3y = x ^ { 3 }
b. Shift y=x3y = x ^ { 3 } to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units.
c. Graph ii.
C) a. y=x3y = x ^ { 3 }
b. Shift y=x3y = x ^ { 3 } to the left 3 units. Stretch vertically by a factor of 3 . Shift downward 3 units.
c. Graph i.
D) a. y=x3y = x ^ { 3 }
b. Shift y=x3y = x ^ { 3 } to the left 3 units. Shrink vertically by a factor of 13\frac { 1 } { 3 } . Shift downward 3 units.
c. Graph iv.

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