Exercise Find the following products mentally. 5(20) 100 5(7) 35 5(27)

Slides:



Advertisements
Similar presentations
Math 010 Unit 6 Lesson 7. Radical expressions can only be combined by addition or subtraction if they have like radicands. The Distributive Property can.
Advertisements

Algebraic Expressions and Formulas
Distributive Property (with integers). Distributive Property To multiply a number by a sum/difference of two terms, you can multiply that number by each.
Objective- To use the distributive property to simplify variable expressions. Distributive Property a(b + c) = ab + ac Order of OperationsDistributive.
Distributive Property
The Distributive Property
EXAMPLE 3 Combining Like Terms a. 3x + 4x = (3 + 4)x = 7x b.
The Distributive Property Purpose: To use the distributive property Outcome: To simplify algebraic expressions.
Exercise Simplify 5x + 3y – x + 10y. 4x + 13y. Simplify 74 – 5m – 2m – 8. – 7m + 66 Exercise.
POD 12g + (6 + 4g) 12g + (4g + 6) (12g + 4g) + 6 (16g) + 6 commutative
Lesson 8.4 Multiplication Properties of Exponents
8.7/8.8 DIVISION AND MORE MULTIPLICATION PROPERTIES OF EXPONENTS ALGEBRA 1 CP OBJECTIVE: USE TWO MORE MULTIPLICATION PROPERTIES AND APPLY DIVISION PROPERTY.
Chapter 2 Section 5 Multiplying Integers. Multiplying Two Integers with Different Signs Words: The product of two integers with different signs. Numbers:
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.
Simplify (-7)2. -6[(-7) + 10] – 4 Evaluate each expression for m = -3, n = 4, and p = m / n + p4. (mp) 3 5. mnp Warm Up.
The Distributive Property. Properties The Distributive Property To distribute means to separate or break apart and then dispense evenly. The Distributive.
Warm Up What is each expression written as a single power?
Day Problems Simplify each expression. 1. (c 5 ) 2 2. (t 2 ) -2 (t 2 ) (2xy) 3x 2 4. (2p 6 ) 0.
2-2 The Distributive Property Distributive Property of Multiplication over Addition : Ex. 3(2+6) Multiplication Addition You can distribute a factor to.
Axioms for Rational Numbers 9/14-9/15. Natural Numbers – Numbers used for counting: 1, 2, 3, and so on. Whole Numbers – Natural numbers and zero: 0, 1,
1 Math I can create equivalent expressions. Using the Distributive Property.
Chapter 1 Section 4 Distributive Property. Symbols: For any numbers a, b, c, a(b + c) = ab + ac and a(b - c) = ab – ac. Numbers: 2(5 + 3) = (2 ∙ 5) +
Algebra 1 Section 2.6 Use the distributive property Combine similar terms Note: 7(105) = 735 Also 7(100+5) 7(100) + 7(5) = 735 3(x+2) 3x + 3(2)
Is the answer to 3 x (-2) positive or negative? How do you know?
Objective The student will be able to: use the distributive property to simplify expressions.
The distributive property and factoring an expression.
Distributive property Pick 2 different colored highlighters.
Distributive Property Part II Pick up 2 different colored highlighters.
Properties of Real Numbers
7.2a Warm-Up = 52(?) 2. x5 = (?)2(x) 3. 3a3b4 = (?)3(3b) 6 ab
Algebra 1 Notes: Lesson 1-5: The Distributive Property
The Distributive Property
Distributive Property
Distributive Property
Properties of Real Numbers
7.1 The Distributive Property
1.4 Basic Rules of Algebra.
2-4 Multiplying Integers
THE DISTRIBUTIVE PROPERTY: Factoring the Expression
Write out factors in expanded form.
Using The Distributive Property With Variables
Unit 3. Day 1..
Multiplying Rational Numbers 2-3
Distributive Property
a(b + c) = ab + ac Order of Operations Distributive Property 6(3 + 5)
Simplifying Algebraic Expressions
Write out factors in expanded form.
The Distributive Property
Simplifying Expressions
1.5 The Distribute Property of Multiplication over Addition
Distributive Property
Evaluating expressions and Properties of operations
1.5 Distributing and Factoring
The Distributive Property
1.3 – Simplifying Expressions
a(b + c) = ab + ac Order of Operations Distributive Property 6(3 + 5)
Title of Notes: Combining Like Terms & Distributive Property
Bellwork: 1/23/ (w + 1) 2. 3x(x2 – 4) 3. 4h2 and 6h
The Distributive Property Guided Notes
Exercise Use the Distributive Property to write an equivalent expression. 2x + 3x.
ADD exponents or write out factors in expanded form.
To Start: 15 Points Evaluate: * 6 – 2 3(6 +2) – 2 3{6 +(3 * 4)}
Distributive Property
Distributive Property
TLW use the distributive property to simplify expressions
Warm Up Simplify      20  2 3.
Using the Distributive Property to Simplify Algebraic Expressions
Properties and Algebraic Expressions
Properties of Numbers Review Problems.
Presentation transcript:

Exercise Find the following products mentally. 5(20) 100 5(7) 35 5(27) 135

Exercise Find the following products mentally. 3(20) 60 3(3) 9 3(23) 69

Exercise Find the following products mentally. 7(82) 574

Distributive Property For any integers a, b, and c, a(b + c) = ab + ac.

Example 3(2 + 5) = 3 • 2 + 3 • 5 3(7) = 6 + 15 21 = 21

a(b – c) = ab – ac

Example 3(8 − 5) = 3 • 8 − 3 • 5 3(3) = 24 − 15 9 = 9

Example 1 Use the Distributive Property to write an equivalent expression. Then simplify if possible. −5(2 − 7) = −5 • 2 − (−5) • 7 = −10 − (−35) = −10 + 35 = 25

Example 1 Use the Distributive Property to write an equivalent expression. Then simplify if possible. 4(m + n) = 4m + 4n

3(74)

ab + ac = a(b + c)

Example 2 Use the Distributive Property to write an equivalent expression. 4(−8) + 4(32) = 4(−8 + 32)

Example 2 Use the Distributive Property to write an equivalent expression. −3(7) − 3x = −3(7) + (−3)x = −3(7 + x)

Example 3 Write an equivalent expression for (5 + x)y. (5 + x)y =

Exercise Identify the property used for each step in simplifying the following. 6 + 3r + 5 = = 3r + 6 + 5 = 3r + 11

Exercise Identify the property used for each step in simplifying the following. 4n + 2m + 9n = = 4n + 9n + 2m = (4 + 9)n + 2m = 13n + 2m

Exercise Identify the property used for each step in simplifying the following. 2x + 3y − 4x + 8 = = 2x − 4x + 3y + 8 = (2 − 4)x + 3y + 8 = −2x + 3y + 8

Exercise Identify the property used for each step in simplifying the following. 2(h + 3) + h = = 2h + h + 6 = 2h + 1h + 6 = (2 + 1)h + 6 = 3h + 6

Exercise Identify the property used for each step in simplifying the following. (5b + 6) − 2b = (6 + 5b) − 2b = 6 + (5b − 2b) = 6 + (5 − 2)b = 6 + 3b = 3b + 6