Unit 3 Test

3

Select ALL the transformations for the function g(x) from the parent function f(x)=x^3

2

Graph the function on the grid below. Your curve must show 3 clear points.

2.5

Match each polynomial function with its correct end behavior. There can be more than one for each.

3

Select ALL the zeros of f(x).

1

What is the y-intercept for the graph of the following polynomial?

1

Which function matches the graph below?

2

Simplify and write your answer in standard form. No spaces!

1

What is the complete factorization of x^4-16 ?

1

Choose the expression that is equivalent to:

1

Which polynomial cannot be factored?

1

Factor completely.

1

Which would be the correct setup for synthetic division when dividing:

1

Use synthetic division to determine if (x-1) is a factor of:

2

Sketch the graph of the function. Show clear points at the x and y intercepts.

2.5

Use the rational root theorem to list ALL POSSIBLE zeros for the polynomial:

3

Factor by grouping and select ALL of the zeros of the polynomial.

1

Divide and find the quotient.

No work = No credit

3

Find the zeros of the polynomial below.

1

2

Unit 3 Test

Select ALL the transformations for the function g(x) from the parent function f(x)=x^3

Graph the function on the grid below. Your curve must show 3 clear points.

Match each polynomial function with its correct end behavior. There can be more than one for each.

Select ALL the zeros of f(x).

What is the y-intercept for the graph of the following polynomial?

Which function matches the graph below?

Simplify and write your answer in standard form. No spaces!

What is the complete factorization of x^4-16 ?

Choose the expression that is equivalent to:

Which polynomial cannot be factored?

Factor completely.

Which would be the correct setup for synthetic division when dividing:

Use synthetic division to determine if (x-1) is a factor of:

Sketch the graph of the function. Show clear points at the x and y intercepts.

Use the rational root theorem to list ALL POSSIBLE zeros for the polynomial:

Factor by grouping and select ALL of the zeros of the polynomial.

Divide and find the quotient.

No work = No credit

Find the zeros of the polynomial below.

Write the polynomial in factored form and graph it.

Show clear points at the x and y intercepts.

Select ALL the transformations for the function g(x) from the parent function f(x)=x^3

Graph the function on the grid below. Your curve must show 3 clear points.

Match each polynomial function with its correct end behavior. There can be more than one for each.

Select ALL the zeros of f(x).

What is the y-intercept for the graph of the following polynomial?

Which function matches the graph below?

Simplify and write your answer in standard form. No spaces!

What is the complete factorization of x^4-16 ?

Choose the expression that is equivalent to:

Which polynomial cannot be factored?

Factor completely.

Which would be the correct setup for synthetic division when dividing:

Use synthetic division to determine if (x-1) is a factor of:

Sketch the graph of the function. Show clear points at the x and y intercepts.

Use the rational root theorem to list ALL POSSIBLE zeros for the polynomial:

Factor by grouping and select ALL of the zeros of the polynomial.

Divide and find the quotient.

No work = No credit

Find the zeros of the polynomial below.

Write the polynomial in factored form and graph it.

Show clear points at the x and y intercepts.

Unit 3 Test

Unit 3 Test

Select ALL the transformations for the function g(x) from the parent function f(x)=x^3

Graph the function on the grid below. Your curve must show 3 clear points.

Match each polynomial function with its correct end behavior. There can be more than one for each.

Select ALL the zeros of f(x).

What is the y-intercept for the graph of the following polynomial?

Which function matches the graph below?

Simplify and write your answer in standard form. No spaces!

What is the complete factorization of x^4-16 ?

Choose the expression that is equivalent to:

Which polynomial cannot be factored?

Factor completely.

Which would be the correct setup for synthetic division when dividing:

Use synthetic division to determine if (x-1) is a factor of:

Sketch the graph of the function. Show clear points at the x and y intercepts.

Use the rational root theorem to list ALL POSSIBLE zeros for the polynomial:

Factor by grouping and select ALL of the zeros of the polynomial.

Divide and find the quotient.No work = No credit

Find the zeros of the polynomial below.

Write the polynomial in factored form and graph it. Show clear points at the x and y intercepts.

Select ALL the transformations for the function g(x) from the parent function f(x)=x^3

Graph the function on the grid below. Your curve must show 3 clear points.

Match each polynomial function with its correct end behavior. There can be more than one for each.

Select ALL the zeros of f(x).

What is the y-intercept for the graph of the following polynomial?

Which function matches the graph below?

Simplify and write your answer in standard form. No spaces!

What is the complete factorization of x^4-16 ?

Choose the expression that is equivalent to:

Which polynomial cannot be factored?

Factor completely.

Which would be the correct setup for synthetic division when dividing:

Use synthetic division to determine if (x-1) is a factor of:

Sketch the graph of the function. Show clear points at the x and y intercepts.

Use the rational root theorem to list ALL POSSIBLE zeros for the polynomial:

Factor by grouping and select ALL of the zeros of the polynomial.

Divide and find the quotient.No work = No credit

Find the zeros of the polynomial below.

Write the polynomial in factored form and graph it. Show clear points at the x and y intercepts.

Divide and find the quotient.

No work = No credit

Write the polynomial in factored form and graph it.

Show clear points at the x and y intercepts.

Divide and find the quotient.

No work = No credit

Write the polynomial in factored form and graph it.

Show clear points at the x and y intercepts.