HW Synthetic Division & Rational Root Theorem

1

Find the quotient. If there is a remainder, put it over the divisor!

1

Find the quotient. If there is a remainder, put it over the divisor!

1

Find the quotient. If there is a remainder, put it over the divisor!

1

Find the quotient. If there is a remainder, put it over the divisor!

1

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

1

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

1

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

1

Use the rational root theorem to select ALL possible zeros.

1

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

1

Use the rational root theorem to list ALL possible zeros in numerical order with commas.
Remember \pm infront of each number!

1

Use synthetic division and factor the polynomial completely. (Hint: try x=4)
After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

1

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

1

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)

After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

1

HW Synthetic Division & Rational Root Theorem

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use the rational root theorem to select ALL possible zeros.

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use the rational root theorem to list ALL possible zeros in numerical order with commas.
Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (Hint: try x=4)
After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)

After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Now graph it! (this is the same polynomial from #13)

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use the rational root theorem to select ALL possible zeros.

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use the rational root theorem to list ALL possible zeros in numerical order with commas.
Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (Hint: try x=4)
After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)

After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Now graph it! (this is the same polynomial from #13)

HW Synthetic Division & Rational Root Theorem

HW Synthetic Division & Rational Root Theorem

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use the rational root theorem to select ALL possible zeros.

Use the rational root theorem to list ALL possible zeros in numerical order with commas.Remember \pm infront of each number!

Use the rational root theorem to list ALL possible zeros in numerical order with commas.Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (Hint: try x=4)After you factor, find the zeros and list them with commas.(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)After you factor, find the zeros and list them with commas.(just type the zeros for your answer)

Now graph it! (this is the same polynomial from #13)

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Find the quotient. If there is a remainder, put it over the divisor!

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use synthetic division and factor the polynomial completely. Write your answer in factored form.

Use the rational root theorem to select ALL possible zeros.

Use the rational root theorem to list ALL possible zeros in numerical order with commas.Remember \pm infront of each number!

Use the rational root theorem to list ALL possible zeros in numerical order with commas.Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (Hint: try x=4)After you factor, find the zeros and list them with commas.(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)After you factor, find the zeros and list them with commas.(just type the zeros for your answer)

Now graph it! (this is the same polynomial from #13)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use the rational root theorem to list ALL possible zeros in numerical order with commas.
Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (Hint: try x=4)
After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)

After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use the rational root theorem to list ALL possible zeros in numerical order with commas.
Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (Hint: try x=4)
After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)

Use the rational root theorem to list ALL possible zeros in numerical order with commas.

Remember \pm infront of each number!

Use synthetic division and factor the polynomial completely. (No hint! Try some from your list in #12)

After you factor, find the zeros and list them with commas.
(just type the zeros for your answer)