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Exponent Rules and Dividing Polynomials 5.6 5.6 1. Divide exponential forms with the same base. 2. Divide numbers in scientific notation. 3. Divide monomials. 4. Divide a polynomial by a monomial. 6. Simplify expressions using rules of exponents.
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Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Jan 02, 2016

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Harold Houston
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Page 1: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Exponent Rules and Dividing Polynomials5.65.6

1. Divide exponential forms with the same base.2. Divide numbers in scientific notation.3. Divide monomials.4. Divide a polynomial by a monomial.

6. Simplify expressions using rules of exponents.

Page 2: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Objective 1

Divide exponential forms with the same base.

Page 3: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Quotient Rule for Exponents

If m and n are integers and a is a real number, where a 0, then .

mm n

n

aa

a

3

7

2

2

2222222222

2

23

7

44

3

72

12

2222222222

2

2

1 1 1

1 1 1

Page 4: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

When an equation in one variable is solved the answer is a point on a line.

Divide:Divide:

14

6

j

j3

5

u

u

3

6

m

m

22

35

yx

yx

2u81

j8146 jj

936 mm 91

m yx3

Page 5: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Objective 2

Divide numbers in scientific notation.

Page 6: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Divide and write the result in scientific notation.

7

3

2.34 10

3.6 10

7

3

2.34 10

3.6 10

7 30.65 10

40.65 10

36.5 10

Note: This is not in scientific notation.

Page 7: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

When an equation in one variable is solved the answer is a point on a line.

Divide and write the result in scientific notation:Divide and write the result in scientific notation:

2

4

10881

109649

.

.

15

5

1066

10321

.

. 20102 .

211002 .

61035 .

Page 8: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Objective 3

Divide monomials.

Page 9: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Copyright © 2011 Pearson Education, Inc.

Divide.

3 6 2

4 3

18

24

x y z

x y

3 6 2

4 3

18

24 1

x y z

x y

3 4 6 3 218

24 x y z

1 3 23

4 x y z

3 23 1

4 1 1

y z

x3 23

4

y z

x

Page 10: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

12418 2

3

6

4

3 z

y

y

x

x

Divide.

3 6 2

4 3

18

24

x y z

x y

3

12418 2

3

6

4

3 z

y

y

x

x

4

1

x

y3

1

xzy

43 23

Page 11: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Dividing Monomials

1. Divide the coefficients or simplify them to fractions in lowest terms. 2. Use the quotient rule for the exponents with like bases. 3. Write the final expression so that all exponents are positive.

Page 12: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

When an equation in one variable is solved the answer is a point on a line.

Divide:Divide:

72

45

42

28

qp

rqp

32

45

4

4

y

xy

xyxy 6443

3

3

3

2

q

rp

Page 13: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Objective 4

Divide a polynomial by a monomial.

Page 14: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

5274

52

57

54

52

57

54

5274

From arithmetic…

or

Page 15: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Divide.

6 2 3

2

36 9 6

3

x y x y x

x y

6 2 3

2 2 2

36 9 6

3 3 3

x y x y x

x y x y x y

4 212 3x y x

xy

Divide each term in the polynomial by the monomial.

Page 16: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

If a, b, and c are real numbers, variables, or expressions with c 0, then

Dividing a Polynomial by a Monomial

Divide each term in the polynomial by the monomial.

.

a b a b

c c c

Page 17: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

When an equation in one variable is solved the answer is a point on a line.

Divide:Divide:

2

253

5

1530

xyz

xyzyzx

2

224

4

42816

hk

khhkhk

hk

k 7

4 2

36 32 zx

Page 18: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Objective 6

Simplify expressions using rules of exponents.

Page 19: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Exponents SummaryZero as an exponent: a0 = 1, where a 0.

Negative exponents:

Product rule for exponents:

Quotient rule for exponents:

Raising a power to a power:

Raising a product to a power:

Raising a quotient to a power:

1 1, ,n n

n n

a aa a

m n m na a am

m nn

aa

a

nm mna a

n n nab a b

n na bb a

n

n

na ab b

Page 20: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Use the quotient rule for exponents.

Use the power rule for exponents.205

63

24mm

54

32

2

4

m

m

142

m

20

6

3264mm

2

1

1

m14

Evaluate coefficients.

Reduce coefficients.

Page 21: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

4

1

22

z

yx4

4842

z

yx8

4442

x

zy 8

4416

x

zy

Page 22: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

86

53

yy

y86

15

yy

y156

8

yy

y

21

8

y

y 13

1

y

Page 23: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

When an equation in one variable is solved the answer is a point on a line.

Simplify:Simplify:

pnm

pnm31

2163

37

24

6

3

y

y

3

273

p

nm

1324

1

y

Page 24: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Slide 5- 24Copyright © 2011 Pearson Education, Inc.

Simplify.

a)

b)

c)

d)

25

3

a

a

16

1

a

4

1

a

16a

4a

5.6

Page 25: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Slide 5- 25Copyright © 2011 Pearson Education, Inc.

Simplify.

a)

b)

c)

d)

25

3

a

a

16

1

a

4

1

a

16a

4a

5.6

Page 26: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Slide 5- 26Copyright © 2011 Pearson Education, Inc.

Divide.

a) b)

c) d)

5.6

6

846

3

181518

x

xxx

25

66x

x 22 65

6 xx

265

6 xx

xx

65

6

Page 27: Exponent Rules and Dividing Polynomials 5.6 1.Divide exponential forms with the same base. 2.Divide numbers in scientific notation. 3. Divide monomials.

Slide 5- 27Copyright © 2011 Pearson Education, Inc.

Divide.

a) b)

c) d)

5.6

6

846

3

181518

x

xxx

25

66x

x 22 65

6 xx

265

6 xx

xx

65

6