We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!
Presentation is loading. Please wait.
Published byShonda Woods
Modified over 7 years ago
Chapter 8 Review Laws of Exponents
LAW #1 Product law: add the exponents together when multiplying the powers with the same base. Ex: NOTE: This operation can only be done if the base is the same! SIMPLIFY THESE ON YOUR OWN:
LAW #2 Power of a power: keep the base and multiply the exponents. Ex: NOTE: Multiply the exponents, not add them! SIMPLIFY THESE ON YOUR OWN:
LAW #3 Power of a product: Distribute the power to each number or variable in the parentheses. Ex: NOTE: Multiply the exponents, not add them! SIMPLIFY THESE ON YOUR OWN:
LAW #4 Zero exponent law: Any power raised to an exponent of zero equals one. Ex: SIMPLIFY THESE ON YOUR OWN:
LAW #5 Negative exponents: To make an exponent positive, flip the base. Ex: NOTE: This does not change the sign of the base. SIMPLIFY THESE ON YOUR OWN:
LAW #6 Quotient Property Subtract “TOP EXPONENT MINUS THE BOTTOM EXPONENT” Ex: NOTE: This operation can only be done if the base is the same! SIMPLIFY THESE ON YOUR OWN:
LAW #7 Quotient Property Distribute the power to the top and bottom of the quotient. Ex: SIMPLIFY THESE ON YOUR OWN:
More examples on your own: Ex 1: Ex 2: Ex 3: Ex 4: Ex 5: Ex 6: Ex 7: Ex 8:
More examples on your own: Ex 9: Ex 10: Ex 11: Ex 12: Ex 13: Ex 14: Ex 15: Ex 16:
More examples on your own: Ex 17: Ex 18: Ex 19: Ex 20: Ex 21: Ex 22: Ex 23: Ex 24:
More examples on your own: Ex 25: Ex 26: Ex 27: Ex 28: Ex 29: Ex 30: Ex 31: Ex 32:
Express each number in scientific notation: 1.) 6,3002.) 4,600,000 3.) 0.000134.) 0.000009 6.3 x 10 3 4.6 x 10 6 1.3 x 10 -4 9 x 10 -6
Express each number in decimal form: 1.) 4.5 x 10 6 2.) 3 x 10 -4 3.) 2.36 x 10 0 4.) 9.1 x 10 -1 4,500,000 0.0003 2.36 0.91
Perform the indicated operation. Leave your answer in scientific notation. 1.)2.) 3.)4.)
#1 Makamae Aquino Period 2A EXPONENT LAWS. 6 LAWS OF EXPONENTS - Negative Expo - First Power - Zero Power - MA - DS - PM.
Common Core. 8.EE.A.1. Know and apply the properties of integer exponents to generate equivalent numerical expressions. For example,
Aim: How do we divide monomials?
Roots & Radical Exponents By:Hanadi Alzubadi.
Zero Exponent? Product or quotient of powers with the same base? Simplify Negative Exponents.
Vocabulary Chapter 7. For every nonzero number a, a⁰ =
ExponentsExponents Objective #1: Students will write numbers in exponential form Objective #2: Students will multiply and divide numbers in exponential.
Algebra 2: Section 6.1 Properties of Exponents. Product of Powers –(when multiplying like bases, add exponents) Power of a Power –(when taking an exponent.
Exponent Rules – Day 1 Zero and Negative Exponents.
Laws of Exponents. Exponential Notation Base Exponent Base raised to an exponent.
Laws of Exponents. Remember: Rule 1—Multiplying like bases When multiplying like bases, keep the base and ADD the exponents.
Warm up Use the laws of exponents to simplify the following. Answer should be left in exponential form.
Exponents and Scientific Notation
PreTest Chapter 4. Leave your answer in exponent form. 1.(3 6 )(3 4 ) Product Rule.
RATIONAL EXPONENTS Assignments Assignments Basic terminology
Exponents. Location of Exponent An exponent is a little number high and to the right of a regular or base number. 3 4 Base Exponent.
EXAMPLE 2 Evaluate exponential expressions a. 6 – Product of a power property = 6 0 Add exponents. = 1 Definition of zero exponent = 6 –
Integer Exponents Day 1. Definitions Base: The term/variable of which is being raised upon Exponent: The term/variable is raised by a term. AKA Power.
Variables and Exponents
© 2022 SlidePlayer.com Inc. All rights reserved.