Algebra 2 Polynomials Unit Test Review

1

d)

c)

b)

a)

1

a)

b)

c)

d)

1

Match the letter to the correct number of Real Zeros and Minimum Degree.

1

Sketch the graph of the given polynomial.

1

Find the quotient using synthetic or polynomial long division.

1

Find the quotient using polynomial long division.

1

Yes, the remainder is 0

No, the remainder is not 0

1

Yes, the remainder is 0

No, the remainder is not 0

1

Multiply and then classify by degree and number of terms.
Write your answer in form (degree), (number of terms)

1

Match all the combinations of possible imaginary roots with possible real roots for

1

Given the graph above, what is the real root?

1

Given your answer from #15, what is the known factor?

1

Using your factor from #16, what is the remaining quadratic factor?

1

Match the values with the appropriate extrema/intervals

Algebra 2 Polynomials Unit Test Review

Match the letter to the correct number of Real Zeros and Minimum Degree.

Sketch the graph of the given polynomial.

Find the quotient using synthetic or polynomial long division.

Find the quotient using polynomial long division.

Multiply and then classify by degree and number of terms.Write your answer in form (degree), (number of terms)

Match all the combinations of possible imaginary roots with possible real roots for

Given the graph above, what is the real root?

Given your answer from #15, what is the known factor?

Using your factor from #16, what is the remaining quadratic factor?

Match the values with the appropriate extrema/intervals

Match the letter to the correct number of Real Zeros and Minimum Degree.

Sketch the graph of the given polynomial.

Find the quotient using synthetic or polynomial long division.

Find the quotient using polynomial long division.

Multiply and then classify by degree and number of terms.Write your answer in form (degree), (number of terms)

Match all the combinations of possible imaginary roots with possible real roots for

Given the graph above, what is the real root?

Given your answer from #15, what is the known factor?

Using your factor from #16, what is the remaining quadratic factor?

Match the values with the appropriate extrema/intervals

Multiply and then classify by degree and number of terms.
Write your answer in form (degree), (number of terms)

Multiply and then classify by degree and number of terms.
Write your answer in form (degree), (number of terms)