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Law of Multiplying and Dividing Indices

Law of Multiplying and Dividing Indices

Assessment

Presentation

Mathematics

9th Grade

Medium

Created by

Kylie Walters

Used 4+ times

FREE Resource

3 Slides • 47 Questions

1

Law of Multiplying and Dividing Indices

Slide image

2

3

Poll

What is your confidence level with multiplying and dividing indices?

Confident I could teach this

Confident I could get the answer, but not teach it

With a little help I could answer questions about this

I would need a lot of help

4

Multiple Choice

According to exponent rules, when we multiply two powers with the same base we _______ the exponents.

Example: c6 ⋅ c4

1

add

2

subtract

3

multiply

4

divide

5

Multiple Choice

What is the correct law for multiplication? am x an =
1
am+n
2
am + an
3
amxn
4
amn

6

Multiple Choice

When multiplying terms with the same base, you should...

1

Multiply the indices

2

Add the indices

3

Subtract the indices

4

Divide the indices

7

Multiple Choice

Write in index notation. 2 x 3 x 3 x 5 x 5 x 5 x 2
1
2 x 32 x 52
2
22 + 32 + 53
3
22 x 32 x 53

8

Multiple Choice

Simplify: x ∙ x ∙ x ∙ x ∙ x ∙ x

(a dot means multiply)

1

x6

2

6x

3

x3

4

6x6

9

Multiple Choice

Solve 53
1
8
2
15
3
75
4
125

10

Multiple Choice

a3 x a5
1
a15
2
a2
3
a8
4
a-2

11

Multiple Choice


 d4d5d^4\cdot d^5  
(a dot means multiply)

1

2d4

2

d9

3

d2

4

2d

12

Multiple Choice

34 ⋅ 37

(a dot means multiply)

1

328

2

33

3

3-3

4

311

13

Multiple Choice

Write in index form: 72×73=7^2\times7^3=  

1

 757^5  

2

 767^6  

3

 14×2114\times21  

4

 492×349^{2\times3}  

14

Multiple Choice

Simplify: 4x2y × 9xy2
1
36x3y3
2
36xy3
3
13x2y2
4
13x3y3

15

Multiple Choice

Simplify: 3x3 × 6x8
1
18x11
2
18x24
3
9x11
4
9x24

16

Multiple Choice

Simplify: 35 x 37
1
312
2
912
3
335
4
935

17

Multiple Choice

Simplify 5b4×4b3
1
20b7
2
9b7
3
9b12
4
20b12

18

Multiple Choice

Simplify 3b×6b2
1
9b4
2
6b5
3
18b3
4
9b3

19

Multiple Choice

Simplify 5d4x3d8

1

8d32

2

15d4

3

15d12

4

8d12

20

Multiple Choice

Simplify 2b×3b2×5b3

1

30b6

2

10b6

3

30b5

4

30b

21

Multiple Choice

Simplify: 4x2y × 9xy2
1
36x3y3
2
36xy3
3
13x2y2
4
13x3y3

22

Multiple Choice

Simplify: (3a2b)2 × (2ab)3

1

6a7b5

2

72a7b5

3

36a5b4

4

18a4b2

23

Multiple Choice

What is the area of a rectangle with dimensions listed below:

length = 10x7

width = 7x5

1

70x12

2

70x35

3

17x12

4

17x35

24

Multiple Choice

Billy was asked to solve 35∙34. He got 920. What error did he make?
1
When he multiplies exponents, he is supposed to add the base and the exponent
2
When he multiplies exponents, he is supposed to multiply the base and keep the exponents
3
When he multiplies exponents, he is supposed to keep the base and add the exponents if the base is the same
4
None of the above

25

26

Multiple Choice

A quotient is the answer in a _____________ problem.

1

addition

2

subtraction

3

multiplication

4

division

27

Multiple Choice

When a positive integer is divided by a positive integer, the quotient is ____________.

1

positive

2

negative

3

zero

28

Multiple Choice

According to exponent rules, when we divide powers we _______ the exponents.
1
add
2
subtract
3
multiply
4
divide

29

Multiple Choice

What is the correct law for division? am ÷ an =
1
am-n
2
am - an
3
am÷n
4
am/n

30

Multiple Choice

Write 95 ÷ 93 as a single power
1
92
2
98
3
915

31

Multiple Choice

 x12÷x4x^{12}\div x^4  

1

 x8x^8  

2

 x4x^4  

3

 x3x^3  

32

Multiple Choice

Simplify: χ3 ÷ χ2

1

χ

2

χ5

3

χ6

4

χ-1

5

1/χ

33

Multiple Choice

c5 ÷ c

1

5

2

5c

3

c4

4

c5

34

Multiple Choice

 x4x=\frac{x^4}{x}=  

1

 (x÷1)4\left(x\div1\right)^4  

2

 x(4÷1)x^{\left(4\div1\right)}  

3

 x(40)x^{\left(4-0\right)}  

4

 x(41)x^{\left(4-1\right)}  

35

Multiple Choice

Simplify x6x2\frac{x^6}{x^2}  

1

 x4x^4  

2

 x3x^3  

3

 x8x^8  

36

Multiple Choice

 27x99x2\frac{27x^9}{9x^2}  

1

 3x63x^6  

2

 3x43x^4  

3

 18x618x^6  

37

Multiple Choice

Simplify 12x9÷6x312x^9\div6x^3  

1

 2x62x^6  

2

 6x66x^6  

3

 2x32x^3  

38

Multiple Choice

Simplify  9x2y53x3y2\frac{9x^2y^5}{3x^3y^2}  

1

 3y3x\frac{3y^3}{x}  

2

 6y3x\frac{6y^3}{x}  

3

 3xy33xy^3  

4

 6xy36xy^3  

39

Multiple Choice

Question image
Evaluate the expression using the quotient rule.
1
214 z13
2
22/z7
3
214/ z7
4
2z7

40

Multiple Choice

Simplify x6y5x2y3\frac{x^6y^5}{x^2y^3}  

1

 x4y2x^4y^2  

2

 x3y2x^3y^2  

3

 x8y8x^8y^8  

41

Multiple Choice

Simplify 6x153x5\frac{6x^{15}}{3x^5}  

1

 2x102x^{10}  

2

 3x33x^3  

3

 2x52x^5  

42

Multiple Choice

Simplify: 64x16y12 ÷ 4x8y3

1

60x2y4

2

16x2y4

3

60x8y9

4

16x8y9

43

Multiple Choice

(-4)7 ÷ (-43) is equivalent to

1

(-4)4

2

44

3

-44

4

4-4

44

Multiple Choice

a7×a4÷a5
1
a7
2
a6
3
a4
4
a11

45

Multiple Choice

Write (47 x 43∕  44 as a single power
1
414
2
41
3
48
4
46

46

Multiple Choice

Simplify  k7×k2÷k5k^7\times k^2\div k^5  

1

 k4k^4  

2

 k9k^9  

3

 k14k^{14}  

4

 k19k^{19}  

47

Multiple Choice

 x7×x5x12÷x4\frac{x^7\times x^5}{x^{12}\div x^4}  

1

 x4x^4  

2

 x3x^3  

3

 x5x^5  

48

Multiple Choice

 x5×x3x2\frac{x^5\times x^3}{x^2}  

1

 x6x^6  

2

 x4x^4  

3

 x2x^2  

49

Multiple Choice

Simplify: (4pq3)2 ÷ (2p2q)3
1
2p-4q3
2
8p4q3
3
16p4q2
4
4p-4q2

50

Poll

What is your confidence level with multiplying and dividing indices?

Confident I could teach this

Confident I could get the answer, but not teach it

With a little help I could answer questions about this

I would need a lot of help

Law of Multiplying and Dividing Indices

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