Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions...

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Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and multiply polynomials Today’s Objectives:

Transcript of Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions...

Page 1: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Get out your notebooks!

You will be able to multiply, divide, and simplify monomial expressions involving powers.You will be able to add, subtract, and multiply polynomials

Today’s Objectives:

Page 2: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Warm UpSimplify the following examples.

1.

2.

3.

4.

Page 3: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Simplifying Monomials

Simplifying is an extremely important part of mathematics.

Simplification Rules:1. There are no powers of powers2. Each base appears exactly once3. All fractions are reduced4. There are no negative exponents.

Page 4: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Examples

Simplify.

1.

2.

3.

Simplification Rules:1. There are no powers of powers2. Each base appears exactly once3. All fractions are reduced4. There are no negative exponents.

Page 5: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Examples

Simplify.

1.

2.

3.

Simplification Rules:1. There are no powers of powers2. Each base appears exactly once3. All fractions are reduced4. There are no negative exponents.

Page 6: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

You Try!!!

Simplify.

1.

2. )

3.

4.

Simplification Rules:1. There are no powers of powers2. Each base appears exactly once3. All fractions are reduced4. There are no negative exponents.

Page 7: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Polynomial Expression

You can simplify a polynomial just like you simplify a monomial. Preform the operation indicated, and combine like terms.

Page 8: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Examples

Simplify.

1.

2.

3.

Page 9: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Distributive Property

You can also simplify using the distributive property.

Page 10: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Examples

Find each product.

1.

2.

3.

Page 11: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Examples

Find each product.1.

2.

Page 12: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

Multiplying Polynomials

1. Find .

2. Find .

3. Find .

Page 13: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

You Try!

Find each product.

Page 14: Get out your notebooks! You will be able to multiply, divide, and simplify monomial expressions involving powers. You will be able to add, subtract, and.

HOMEWORK

Lesson 5.1Pg. 307 #’s 28-37