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Evaluate:

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Evaluate:

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The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:
What is the domain of Q?

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What is the range of Q?

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List all the discontinuities of Q and identify the type of each.

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On which intervals is Q increasing?

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Let’s think about the intercepts of y = Q(x).
Does Q have any roots? If so, estimate them? If not, explain why not.

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Does Q have a y-intercept? If so what is it? If not, explain why not.

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Graph a function that satisfies all given requirements.

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Graph a function that satisfies all given requirements.

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Parent Functions

Parent Functions

Evaluate:

Evaluate:

The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:
What is the domain of Q?

What is the range of Q?

List all the discontinuities of Q and identify the type of each.

On which intervals is Q increasing?

Let’s think about the intercepts of y = Q(x).
Does Q have any roots? If so, estimate them? If not, explain why not.

Does Q have a y-intercept? If so what is it? If not, explain why not.

Graph a function that satisfies all given requirements.

Graph a function that satisfies all given requirements.

Evaluate:

Evaluate:

The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:
What is the domain of Q?

What is the range of Q?

List all the discontinuities of Q and identify the type of each.

On which intervals is Q increasing?

Let’s think about the intercepts of y = Q(x).
Does Q have any roots? If so, estimate them? If not, explain why not.

Does Q have a y-intercept? If so what is it? If not, explain why not.

Graph a function that satisfies all given requirements.

Graph a function that satisfies all given requirements.

Parent Functions

Parent Functions

Evaluate:

Evaluate:

The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:What is the domain of Q?

What is the range of Q?

List all the discontinuities of Q and identify the type of each.

On which intervals is Q increasing?

Let’s think about the intercepts of y = Q(x).Does Q have any roots? If so, estimate them? If not, explain why not.

Does Q have a y-intercept? If so what is it? If not, explain why not.

Graph a function that satisfies all given requirements.

Graph a function that satisfies all given requirements.

Evaluate:

Evaluate:

The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:What is the domain of Q?

What is the range of Q?

List all the discontinuities of Q and identify the type of each.

On which intervals is Q increasing?

Let’s think about the intercepts of y = Q(x).Does Q have any roots? If so, estimate them? If not, explain why not.

Does Q have a y-intercept? If so what is it? If not, explain why not.

Graph a function that satisfies all given requirements.

Graph a function that satisfies all given requirements.

The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:
What is the domain of Q?

Let’s think about the intercepts of y = Q(x).
Does Q have any roots? If so, estimate them? If not, explain why not.

The piece-wise Q function below is made up a one cubic function, one rational function and two linear functions. Use the graph of y = Q(x) below to answer the following question about Q:
What is the domain of Q?

Let’s think about the intercepts of y = Q(x).
Does Q have any roots? If so, estimate them? If not, explain why not.