Podcast
Questions and Answers
What does the Product Rule state?
What does the Product Rule state?
- Keep the base and subtract the exponents.
- Keep the base and add the exponents. (correct)
- Multiply the bases and keep the exponents.
- Change the base to zero.
What does the Quotient Rule describe?
What does the Quotient Rule describe?
- Keep the base and add the exponents.
- Change the base to one.
- Keep the base and subtract the smaller exponents from the larger exponents. (correct)
- Multiply the bases and keep the exponents.
According to the Power Rule, what happens when raising a power to a power?
According to the Power Rule, what happens when raising a power to a power?
- Subtract the exponents.
- Change the base to zero.
- Keep the base and add the exponents.
- Keep the base and multiply the exponents. (correct)
What is the Group of Factors rule?
What is the Group of Factors rule?
What is the Power Rule for Quotients?
What is the Power Rule for Quotients?
What do Negative Exponents tell you to do?
What do Negative Exponents tell you to do?
What does factoring mean in mathematics?
What does factoring mean in mathematics?
What are radicals?
What are radicals?
What is a perfect square?
What is a perfect square?
What is the Difference of Squares?
What is the Difference of Squares?
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Study Notes
Exponent Rules
- Product Rule: In multiplication involving the same bases, retain the base and add the exponents.
- Quotient Rule: In division with the same bases, keep the base and subtract the smaller exponent from the larger one.
- Power Rule: When a power is raised to another power, maintain the base and multiply the exponents.
- Group of Factors: Apply the power rule to each individual factor within a group.
Specific Power Rules
- Power Rule for Quotients: When applying the power rule to fractions, it must be applied to both the numerator and denominator.
- Negative Exponents: Indicates the use of the reciprocal; for example, a^-n = 1/a^n.
Fundamental Concepts
- Factoring: Involves breaking down numbers into factors that, when multiplied together, produce the original number.
- Radicals: Represent expressions involving roots such as square roots and cube roots.
- Perfect Square: A number created by squaring an integer, e.g., 1, 4, 9.
- Difference of Squares: Characterized by two squared terms separated by a subtraction, e.g., a^2 - b^2.
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