12/1/2021-A_Libasci-Long & Synthetic Division

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FILLED IN NOTES

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Use factoring to divide the polynomials:

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Use factoring to divide the polynomials:

Use long divison for exercises 3 thru 4.  Show your work for credit.

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Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

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Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use synthetic division for exercises 5 thru 9.  Show your work for credit!

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Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

1

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

1

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

1

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!!)

1

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!)

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Simplify:

REVIEW

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Factor

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Factor completely (look for a GCF!!)

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Solve:
(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)

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upload your pages of work here--page 1

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upload your pages of work here--page 2

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12/1/2021-A_Libasci-Long & Synthetic Division

Use factoring to divide the polynomials:

Use factoring to divide the polynomials:

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!!)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!)

Simplify:

Factor

Factor completely (look for a GCF!!)

Solve:
(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

Use factoring to divide the polynomials:

Use factoring to divide the polynomials:

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!!)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!)

Simplify:

Factor

Factor completely (look for a GCF!!)

Solve:
(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

12/1/2021-A_Libasci-Long & Synthetic Division

12/1/2021-A_Libasci-Long & Synthetic Division

Use factoring to divide the polynomials:

Use factoring to divide the polynomials:

Use LONG DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)(hint: be careful...look for missing terms and create a place holder!!)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)(hint: be careful...look for missing terms and create a place holder!)

Simplify:

Factor

Factor completely (look for a GCF!!)

Solve:(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

Use factoring to divide the polynomials:

Use factoring to divide the polynomials:

Use LONG DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)(hint: be careful...look for missing terms and create a place holder!!)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)(do not put parentheses around your denominator in your remainder)(hint: be careful...look for missing terms and create a place holder!)

Simplify:

Factor

Factor completely (look for a GCF!!)

Solve:(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!!)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!)

Solve:
(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use LONG DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!!)

Use SYNTHETIC DIVISION to find the following quotients: (meaning, divide please!)

(do not put parentheses around your denominator in your remainder)
(hint: be careful...look for missing terms and create a place holder!)

Solve:
(input the roots in set notation using {} , commas and be sure to give your zeros from small to big!)