Section 1.4 Objectives: Use the properties of exponents This section is prepared by M. Zalzali Positive Integer Exponents.

Slides:



Advertisements
Similar presentations
Definition of Let b represent any real number and n represent a positive integer. Then, n factors of b.
Advertisements

© 2007 by S - Squared, Inc. All Rights Reserved.
What are the rules of integral exponents?
Rules of Exponents In this lesson, you will be able to simplify expressions involving zero and negative exponents.
The Laws of Exponents.
Section 5.1 Exponents.
Multiplication Rules for Exponents
Exponents and Their Properties Section 5.1. Overview Multiplying Powers with Like Bases Dividing Powers with Like Bases Zero as an Exponent Raising a.
Lesson 8.4 Multiplication Properties of Exponents
Lesson 8.1 Apply Exponent Properties Involving Products After today’s lesson, you should be able to use properties of exponents involving products to simplify.
Properties of Exponents Students will be able to use properties of exponents to evaluate and simplify expressions.
Properties of Exponents
Exponents.
Exponents. Review: Evaluate each expression: 1.3 ³ 2.7¹ 3.-6² 4.(⅜)³ 5.(-6)² 6.3· 2³ Answers /
1.2 - Products Commutative Properties Addition: Multiplication:
Section 5.1 Integer Exponents. Overview Recall that exponents are used to indicate repeated multiplication: In this section we explore properties of exponents.
Power Rule for Exponents The Power Rule for Exponents is used when we raise a power to an exponent. Example 1: Simplify the following.
Multiplication Properties of Exponents
8.1 Students will be able to use properties of exponents to multiply exponential expressions. Evaluate the expression. 1. x 4 when x = 3 2. a 2 when a.
Do Now Exponent Rules pre-assessment.
Integer Exponents. Warm Up Find Each Product or Quotient x x ÷ ÷ x x
1 Copyright © 2015, 2011, 2007 Pearson Education, Inc. Chapter 1-1 Basic Concepts Chapter 1.
Warm Up What is each expression written as a single power?
Properties of Exponents Students will be able to use properties of exponents to evaluate and simplify expressions.
Copyright 2013, 2009, 2005, 2002 Pearson, Education, Inc.
Students will be able to: Use multiplication properties of exponents to evaluate and simplify expressions. Objective 8.1.
5.1 Exponents. Exponents that are natural numbers are shorthand notation for repeating factors. 3 4 = is the base 4 is the exponent (also called.
Example 1 Multiplying Fractions a. 5 2 – 3 2 – Use rule for multiplying fractions. = 2 – () 2 – 5 3 Use rule for multiplying fractions. = – 5 Evaluate.
Bell Quiz. Objectives Simplify exponential expressions. Discuss the definitions of base, power, and exponent.
Holt Algebra Integer Exponents Simplify expressions with exponents. Objectives.
Multiplication Property of Exponents Today’s Objective: I can multiply exponential expressions.
Exponents. Review: Evaluate each expression: 1.3 ³ 2.7¹ 3.-6² 4.(⅜)³ 5.(-6)² 6.3· 2³ Answers /
Algebra 1 Section 2.5 Multiply real numbers Recall: 4 x (-3) means (-3)+(-3)+(-3)+(-3) = -12 Also (-4)(-3) = 12 because – (-12) = 12 Rules for multiplying.
Integers: One of the positive or negative numbers I,2,3 Ex: 2+(-6)=-4.
Multiplying with exponents
5.1 Properties of Exponents
Simplifying Exponential Multiplication Expressions.
7-3 Multiplication Properties of Exponents
Aim: What are the product and power rules of exponents?
8.1 Multiplication Properties of Exponents
7-4 More Multiplication Properties of Exponents
Exponents 8/14/2017.
2-4 Multiplying Integers
Section 8.1 Multiplication Properties of Exponents
Dividing Monomials: The Quotient Rule and Integer Exponents
Section 5.5 Real Numbers and Their Properties
Do Now 10/31/11 In your notebook on a new page, complete the activity on page 193 in the textbook. Fill in the 2 tables in the “Investigate” section.
Section 1.2 Exponents & Radicals
13.1 Exponents.
Working with Powers Integer Exponents Exponent Rules
Lesson 4.6 Negative and Zero Exponents
Section 1-6: Multiplying Integers
Zero and Negative Exponents
Section 5.5 Real Numbers and Their Properties
Multiplication and Division Property of Radicals
Lesson 4.5 Rules of Exponents
Objective Use multiplication properties of exponents to evaluate and simplify expressions.
Powers of Monomials Chapter 4 Section 4.4.
Exponents and Order of Operations
Multiplying Powers with the Same Base
Multiplication Properties of Exponents
Chapter 4-2 Power and Exponents
Exponent An exponent is a positive integer superscript written to the right of a number telling how many times that number is used as a factor.
8.1 – 8.3 Review Exponents.
To Start: 15 Points Is the first number divisible by the second? 142,681 by 3 423,675 by 9 5,658,451 by 3 No Yes No.
Objective SWBAT use properties of exponents involving quotients.
– 3.4 ANSWER 3.5 ANSWER 1.17.
Chapter 1 Part A Review Sections 1-1 to 1-4.
Integer Exponents 2.1.
Presentation transcript:

Section 1.4 Objectives: Use the properties of exponents This section is prepared by M. Zalzali Positive Integer Exponents

Repeated Form and Exponent form Exponents are used as a short-hand form for repeated multiplication. Instead of writing We write Repeated Form Exponent Form Note “a” has been repeated 5 times, that’s why we wrote a 5 is read “ a to the fifth power’ a = Base, 5 = Power,

Example 1 Fill out the table with the correct answer (3x-1)(3x-1) (2x+9)(2x+9)(2x+9) (2x)(2x)(2x) b6b6 Exponent FormRepeated Form

Rules and Properties of Positive Integer Exponents For any real number a and natural numbers m and n.n. Example 1 First property Simplify each expression. ( Write in exponent form )

… Simplifying Expressions Note: When we multiply two expressions, we have to take into consideration the associative and commutative properties of multiplication when needed. Example 2 Simplify the product Class Exercise Simplify the product

… For any real number a,and natural numbers m and n.n. m > n Second Property Example 3 Simplify the expressions

… For any real number a and natural numbers m and n.n. Third Property Example 4 Simplify the expressions

… For any real number a and b, Fourth Property Example 5 Simplify the expressions (a) (b) (c) and natural number m

… For any real number a and b, and natural number m Fifth Property Example 6 Simplify the expressions (a) (b)

… Class Exercise Simplify the expressions

… For any real number a Zero Exponent Example 7 Simplify the expressions

Home Work Do the selected exercises from the syllabus Section 1.4 The end