13(4x + 5) 8(14x + 9) 12(22x – 6) 14(2x – 8) Simplify the expression using the distributive property: Evaluate when m = 4, y = 5, a = 2 and b = 7 2m +

Slides:

Advertisements

Similar presentations

Simplify, Add, Subtract, Multiply and Divide

Advertisements

Multiply complex numbers

Simplifying Expressions and Combining Like Terms

Operations: Add, Subtract, Multiply, Divide

Evaluate the expression. Tell which properties of exponents you used.

TODAY IN ALGEBRA…  Warm Up: Simplifying Powers  Learning Target: 8.2 You will use properties of exponents involving quotients  Independent Practice/Test.

 The Distributive Property states that multiplying a sum by a number gives the same result as multiplying each addend by the number and then adding the.

Chapter 2 Equations, Inequalities and Problem Solving.

Section 6-1: properties of exponents

Patterns Algebraic Expressions Equations Algebraic Expressions 2 Misc

Algebra Unit 1: Foundations for Algebra. Write an algebraic expression for the product of 9 and a number, n less than 18.

Jeopardy Writing Algebraic Expressions Properties of Real Numbers

Day Problems Simplify each expression – – (-8.4) 3. Evaluate each expression for a = -2, b = 3.5, and c = a – b + c5. |c + a + 5|

Lesson 1-6/ 1-7 Writing Algebraic Expressions. To evaluate an expression, substitute a number for a variable Example 1: Evaluate 3n + 7 when n = 3.

Solve each equation. 1. 3b + 8 = –102. –12 = –3x – 9 3. – + 7 = 144. –x – 13 = 35 c4c4 –6 1 –28 –48 Math on the Mind.

Quiz #1 1.7g g c – 8 +5c – 8 3.8x + 9 – 6x – 7 4.3x x - 9.

1.7 The Distributive Property. You can use the distributive property to simplify algebraic expressions We can use the distributive property to re-write.

The Distributive Property 1-5 Objective: Students will use the Distributive Property to evaluate expressions and to simplify expressions. S. Calahan 2008.

Polynomials & Properties of Exponents AKS: 1, 2 & 3.

The properties of real numbers help us simplify math expressions and help us better understand the concepts of algebra.

Using the Distributive Property 3L interpret complicated expressions by viewing one or more of their parts as a single entity.

Algebra: Properties Objective: Use communicative, Associative, Identity, and Distributives properties to solve problems. Properties: are statements that.

Write as an Algebraic Expression The product of a number and 6 added to a.

TRANSLATING Word phrases to algebraic expressions.

Simplifying Algebraic Expressions. 1. Evaluate each expression using the given values of the variables (similar to p.72 #37-49)

SEC 2: EVALUATING ABSOLUTE VALUES & SIMPLIFYING EXPRESSIONS Learning Target: 1.I will simplify complex algebraic expressions by combining like terms, adding.

The Distributive Property PreAlgebra Farris 2015.

3 + 6a The product of a number and 6 added to 3

Distributive Property Day 1 Distributive Property allows you to distribute a factor outside a parenthesis to the addends/subtrahends inside the parenthesis.

Holt CA Course Evaluating Algebraic Expressions Preview 1-1 Evaluating Algebraic ExpressionsEvaluating Algebraic Expressions 1-2 Writing Algebraic.

6 th grade Math Vocabulary Word, Definition, Model Emery UNIT 2.

Unit 4 Review!. 1. Write the expression Sum of 9 and z.

Algebra 1 Warm ups Answers: 1) 15√2 + 2√10 2) 6 + 4√6 3) 15√2 + 20√10.

Bell Quiz. Objectives Multiply and Divide signed numbers. Discuss the properties of real numbers that apply specifically to multiplication. Explain the.

Do Now: Simplify and write in standard form x 2 - x 2 + 4x – 1 -6x 2. 2 – 7x – x 3.

Notes Over 1.2.

Adding, Subtracting, and Multiplying Radical Expressions

1-4 The Distributive Property

Distributive Property

Adding and Subtracting Radical Expressions

Algebra 1 Notes: Lesson 1-6: Commutative and Associative Properties

Combining Like-Terms with Distributive Property

Use properties of logarithms

2-4 The Distributive Property

3.1 Simplifying Algebraic Expressions

Dividing Real Numbers Simplify each expression. a. 70 ÷ (–5)

Adding, Subtracting, and Multiplying Radical Expressions

Using Variables ALGEBRA 1 LESSON 1-1

or write out factors in expanded form.

Write out factors in expanded form.

SIMPLIFY THE EXPRESSION

Simplifying Algebraic Expressions

I can use the generic rectangle to simplify expressions.

Multiplying and Factoring

Algebra Stop Being Scared!!!.

Algebraic Expressions

Chapter 2: Rational Numbers

Evaluating expressions and Properties of operations

Multiplying Powers with the Same Base

The Distributive Property Guided Notes

Learn to combine like terms in an expression.

Set Up Vocabulary! FRONT BACK 1) Variable 9) Distributive Property

Algebraic Expressions

Warm Up Simplify the expression by using distributive property and then combining like terms. x(x + 5) + 4(x + 5)

Warm-Up Honors Algebra /17/19

Use Distributive Property 4(x + 5) -3(7-2x) + 2x (-6x+8)5

Adding, Subtracting, and Multiplying Radical Expressions

Using the Distributive Property to Simplify Algebraic Expressions

Properties and Algebraic Expressions

Presentation transcript:

13(4x + 5) 8(14x + 9) 12(22x – 6) 14(2x – 8) Simplify the expression using the distributive property: Evaluate when m = 4, y = 5, a = 2 and b = 7 2m + 7y 3a m 4y + 16 ÷ 2 56 ÷ b – 4a (or number 1 if there’s no 4)

6(3x + 4) + 2x (2x + 3) (x + 8) 37 + (93 + g) a (18b) 12 x a x 500 Simplify the Expressions: Simplify: 6x + 4(3x + 7)

3 x d x d x 3 b x 2 x 2 x 2 x b 5 x a x 3 x a b x b x b Simplify: Evaluate 5.2a a, if a = x ½ x b - b, if b = – x + 8x, when x = ÷ y + 8y, when y = 8 3/4 (or number 2 if there’s no 4)

The sum of 4 and the quotient of x and 9 The difference of 12 and y, all multiplied by 5 The product of 7 and, n added to 5 The quotient of 20 and, the sum of 6 and b L L + L a + a + a + a + a + a + a b + b b + b m + m m + m m + 3 Write an algebraic expression for the phrase listed: Simplify:

2a + 6b a + 15m x 2 – 7x ÷ 3 m 2 + 6m -9 2b + 7a - 2b 2 60 – 5a + 6b 5a ÷ 4 + 3b 56 ÷ a x 4 + 3b 2 Identify the underlined part of the expression : (vocab word) Evaluate when a = 8 and b = 4 (or number 3 if there’s no 4) 1 1