5 2 4)∙( −2 - math is great!€¦ · module 3 lesson 1: integer exponents ... −3 ( 2) ∙ 3...

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Module 3 Lesson 1: Integer Exponents 3 4 3 2 2 3 ( 3 ) 4 ( 2 ) 3 ( 4 ) 2 0 −2 1 −3 1 3 6 2 When simplifying, what are we looking for? All exponents are positive Terms do not have any repeated letters No parenthesis Any like terms are collected All fractions are reduced Let’s do some examples! (5 5 ) ∙ (−3 2 ) (3 4 ) ∙ ( −2 )

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Page 1: 5 2 4)∙( −2 - Math Is Great!€¦ · Module 3 Lesson 1: Integer Exponents ... −3 ( 2) ∙ 3 More! Exponent Rules For a O, b O 1 Product Rule Quotient Ru e Power Rule Power of

Module 3 Lesson 1: Integer Exponents

𝑚3 ∙ 𝑚4

𝑚3

𝑚2 𝑚2

𝑚3

(𝑏3)4

(𝑚2𝑛)3

(𝑥

𝑦4)

2

𝑓0

𝑝−2 1

𝑚−3

𝑐1

3 𝑐6

2

When simplifying, what are we looking for?

All exponents are positive

Terms do not have any repeated letters

No parenthesis

Any like terms are collected

All fractions are reduced

Let’s do some examples!

(5𝑥5) ∙ (−3𝑥2) (3𝑥4) ∙ (𝑥−2)

Page 2: 5 2 4)∙( −2 - Math Is Great!€¦ · Module 3 Lesson 1: Integer Exponents ... −3 ( 2) ∙ 3 More! Exponent Rules For a O, b O 1 Product Rule Quotient Ru e Power Rule Power of

3𝑥5

(2𝑥)4 3

(𝑥2)−3 𝑥−3𝑥4

𝑥8

2𝑥5 ∙ 𝑥10 6𝑥−5

𝑥−3 (3

𝑥−22)−3

(𝑥2)𝑛 ∙ 𝑥3

More!

Page 3: 5 2 4)∙( −2 - Math Is Great!€¦ · Module 3 Lesson 1: Integer Exponents ... −3 ( 2) ∙ 3 More! Exponent Rules For a O, b O 1 Product Rule Quotient Ru e Power Rule Power of