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- Exponents
Combining the exponent rules
- Intro Lesson15:36
- Lesson: 1a5:37
- Lesson: 1b3:02
- Lesson: 1c7:28
Combining the exponent rules
We have now learned all individual exponent rules in the previous sessions. In this session, we will try to use different exponent rules to solve problems.
Basic Concepts: Product rule of exponents, Quotient rule of exponents, Power of a product rule , Power of a quotient rule , Power of a power rule , Negative exponent rule
Related Concepts: Exponents: Product rule (ax)(ay)=a(x+y), Exponents: Division rule ayax=a(x−y), Exponents: Power rule (ax)y=a(x⋅y), Exponents: Negative exponents
Lessons
- IntroductionWhat are exponent rules?
- 1.Simplify the following and write the answer with positive exponentsa)(2a2b−2(−16a5b−3)(3a3b5))3b)(xy+3(x3y+5)(x4y−2))c)(−3x5y4z9)−3(−5x4y−3z11)4
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26.
Exponents
26.1
Product rule of exponents
26.2
Quotient rule of exponents
26.3
Power of a product rule
26.4
Power of a quotient rule
26.5
Power of a power rule
26.6
Negative exponent rule
26.7
Combining the exponent rules
26.8
Scientific notation
26.9
Convert between radicals and rational exponents
26.10
Solving for exponents
Don't just watch, practice makes perfect
Practice topics for Exponents
26.1
Product rule of exponents
26.2
Quotient rule of exponents
26.3
Power of a product rule
26.4
Power of a quotient rule
26.5
Power of a power rule
26.6
Negative exponent rule
26.7
Combining the exponent rules
26.8
Scientific notation
26.9
Convert between radicals and rational exponents
26.10
Solving for exponents