DHS Unit 5 CONSTRUCTED RESPONSE

6

Match each of the following expressions with their SIMPLIFIED answer. You MUST show ALL work for EACH match to receive FULL credit!

Draggable item		Corresponding Item

6

Given the following expressions, choose the choice(s) that are equivalent expressions.

1

Write the following expression in SIMPLIFIED radical form. You MUST show ALL your work to receive FULL credit.

1

Completely simplify the following expression. You MUST show ALL your work to receive FULL credit.

1

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

1

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

1

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

1

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

7

Rearrange the steps to show how to CORRECTLY solve the given equation.

1

Solve the equation. Remember to check for extraneous solutions. If there is more than one answer - type in as x=#,#. You MUST show ALL your work to receive FULL credit.

1

Solve the equation. Remember to check for extraneous solutions. If there is more than one answer - type in as x=#,#. You MUST show ALL your work to receive FULL credit.

1

What is the DOMAIN of the graph written in INTERVAL NOTATION?

1

What is the RANGE of the graph written in INTERVAL NOTATION?

4

State whether the graph has an interval of INCREASE or DECREASE. Then, state what the INTERVAL is for the graph.

8

State ALL transformations performed to the function below.

1

Write the equation that BEST matches the graphed function.

3

I am thinking of a radical function with the following transformations. Type the equation that would represent all of these transformtions in the the space below the graph.
- horizontal shift left 2
- vertical compression BAFO 1/2
- vertical shift down 3

We have released a new and improved Graphing question type! Students will no longer be able to answer this question.

DHS Unit 5 CONSTRUCTED RESPONSE

Match each of the following expressions with their SIMPLIFIED answer. You MUST show ALL work for EACH match to receive FULL credit!

Given the following expressions, choose the choice(s) that are equivalent expressions.

Write the following expression in SIMPLIFIED radical form. You MUST show ALL your work to receive FULL credit.

Completely simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Rearrange the steps to show how to CORRECTLY solve the given equation.

Solve the equation. Remember to check for extraneous solutions. If there is more than one answer - type in as x=#,#. You MUST show ALL your work to receive FULL credit.

Solve the equation. Remember to check for extraneous solutions. If there is more than one answer - type in as x=#,#. You MUST show ALL your work to receive FULL credit.

What is the DOMAIN of the graph written in INTERVAL NOTATION?

What is the RANGE of the graph written in INTERVAL NOTATION?

State whether the graph has an interval of INCREASE or DECREASE. Then, state what the INTERVAL is for the graph.

State ALL transformations performed to the function below.

Write the equation that BEST matches the graphed function.

I am thinking of a radical function with the following transformations. Type the equation that would represent all of these transformtions in the the space below the graph.- horizontal shift left 2- vertical compression BAFO 1/2- vertical shift down 3

Match each of the following expressions with their SIMPLIFIED answer. You MUST show ALL work for EACH match to receive FULL credit!

Given the following expressions, choose the choice(s) that are equivalent expressions.

Write the following expression in SIMPLIFIED radical form. You MUST show ALL your work to receive FULL credit.

Completely simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Simplify the following expression. You MUST show ALL your work to receive FULL credit.

Rearrange the steps to show how to CORRECTLY solve the given equation.

Solve the equation. Remember to check for extraneous solutions. If there is more than one answer - type in as x=#,#. You MUST show ALL your work to receive FULL credit.

Solve the equation. Remember to check for extraneous solutions. If there is more than one answer - type in as x=#,#. You MUST show ALL your work to receive FULL credit.

What is the DOMAIN of the graph written in INTERVAL NOTATION?

What is the RANGE of the graph written in INTERVAL NOTATION?

State whether the graph has an interval of INCREASE or DECREASE. Then, state what the INTERVAL is for the graph.

State ALL transformations performed to the function below.

Write the equation that BEST matches the graphed function.

I am thinking of a radical function with the following transformations. Type the equation that would represent all of these transformtions in the the space below the graph.- horizontal shift left 2- vertical compression BAFO 1/2- vertical shift down 3

I am thinking of a radical function with the following transformations. Type the equation that would represent all of these transformtions in the the space below the graph.
- horizontal shift left 2
- vertical compression BAFO 1/2
- vertical shift down 3

I am thinking of a radical function with the following transformations. Type the equation that would represent all of these transformtions in the the space below the graph.
- horizontal shift left 2
- vertical compression BAFO 1/2
- vertical shift down 3