Unit 1 Parent function Reassessment Test GL

Last updated over 5 years ago

9 questions

11

Library

Unit 1 Parent function Reassessment Test GL

Last updated over 5 years ago

9 questions

11

Draggable item		Corresponding Item

11

When given an equaiton of a function, describe how you know when you have a horizontal translation. And explain how you know which way it gets translated (shifted). Use an example if it hepls you explain.

11

Select the equaiton that represents Radical function with a vertical dialtion of 1/2, a horizontal translation left 4 and a vertical translation down 8.

11

Write the equation of this transformed graph.

11

Write the equation of the transformed graph.

11

Write the equation of the transformed graph.

11

12

Draggable item		Corresponding Item
		vertical dilation by a factor of 3, horizontal translation right 5 and vertical translation up 9.
		horizontal dilation by a factor of 3, horizontal translation right 5 vertical tanslation up 9.
		Horizontal dilation by a factor of 1/3, vertical translation down 9
		Vertical dilation by a factor of 1/3, horizontal translation left 5 and vertical translation up 9.
		horizontal dialtion by a factor of 1/3, horizontal translation left 5 and vertical translation up 9.
		Horizontal dialtion by a factor of 3, vertical translation up 9.
		Horizontal dilation by a factor of 3, horizontal translation right 9.

When given an equaiton of a function, describe how you know when you have a horizontal translation.  And explain how you know which way it gets translated (shifted).  Use an example if it hepls you explain.

Select the equaiton that represents Radical function with a vertical dialtion of 1/2, a horizontal translation left 4 and a vertical translation down 8.

Select all of the transformations of the parent function occuring in the given function equation.

11

Write the equation of this transformed graph.

11

Write the equation of the transformed graph.

11

Write the equation of the transformed graph.

vertical dilation by a factor of 3, horizontal translation right 5 and vertical translation up 9.

horizontal dilation by a factor of 3, horizontal translation right 5 vertical tanslation up 9.

Horizontal dilation by a factor of 1/3, vertical translation down 9

Vertical dilation by a factor of 1/3, horizontal translation left 5 and vertical translation up 9.

horizontal dialtion by a factor of 1/3, horizontal translation left 5 and vertical translation up 9.

Horizontal dialtion by a factor of 3, vertical translation up 9.

Horizontal dilation by a factor of 3, horizontal translation right 9.

Select all of the transformations of the parent function occuring in the given function equation.

Horizontal translation left 2

Vertical translation up 3

Verticl dilation by a factor of 1/3

Vertical translation down 3

reflection over the y axis

Horizontal translation right 2

Horizontal dilation by a factor of 2

Horizontal dilaiton by a factor 1/2

Vertical dilation by a factor of 3

Select the appropriate domain and range from this list.

Given the graph f(x) to the left, if you we to transform it to:
Name 4 of the six points needed to graph this transformation.

Select the appropriate domain and range from this list.

C

A

B

D

Given the graph f(x) to the left, if you we to transform it to:
Name 4 of the six points needed to graph this transformation.

(7, 12)

(1, 12)

(1, 0)

(-1, 0)

(-11, -4)

(0, 1)

(5, 12)

(-7, 4)

(-1, 4)

(-7, -2)

(-8, 8)

(-2, 8)

(-8, -1)

(0, 16)

(6, 16)

(-1, 12)

 (-5, -4)

Unit 1 Parent function Reassessment Test GL

Unit 1 Parent function Reassessment Test GL

When given an equaiton of a function, describe how you know when you have a horizontal translation. And explain how you know which way it gets translated (shifted). Use an example if it hepls you explain.

Select the equaiton that represents Radical function with a vertical dialtion of 1/2, a horizontal translation left 4 and a vertical translation down 8.

Write the equation of this transformed graph.

Write the equation of the transformed graph.

Write the equation of the transformed graph.

Select the equaiton that represents Radical function with a vertical dialtion of 1/2, a horizontal translation left 4 and a vertical translation down 8.

Select all of the transformations of the parent function occuring in the given function equation.

Write the equation of this transformed graph.

Write the equation of the transformed graph.

Write the equation of the transformed graph.

Select the appropriate domain and range from this list.

Given the graph f(x) to the left, if you we to transform it to:Name 4 of the six points needed to graph this transformation.

Given the graph f(x) to the left, if you we to transform it to:
Name 4 of the six points needed to graph this transformation.