Exponent Rules 1 Assignment

Slides:



Advertisements
Similar presentations
Homework Read Pages 327, , , , , Page 335: 17, 18, 57, 93 – 97 Page 344: 7, 12, 14, 39, 40, 43 Page 353: 5, 6, 10,
Advertisements

4 6 Base Exponent The exponent is sometimes referred to as the power.
Laws of Exponents. Day 1: Product and Quotient Rules EXP 1.1 I can use the Product and Quotient Rules to simplify algebraic expressions.
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.
11.3 Simplifying Radicals Simplifying Radical Expressions.
Simplify each expression x 5 3x –2 3.(–2w –2 )(–3w 2 b –2 )(–5b –3 ) x 3 30 b 5 –
Do Now: Evaluate Multiplying Monomials Objectives SWBAT: 1) multiply monomials 2) Simplify expressions involving powers of monomials.
Ch 1.3 – Order of Operations
Exponents. Definition: Exponent The exponent of a number says how many times to use that number in a multiplication. It is written as a small number to.
Objectives: 1.Be able to simplify expressions by applying the Rules of exponents Critical Vocabulary: Product of Powers Property Power of a Power Property.
Simplify each expression. 1.(x 4 ) 5 2.(x 5 y –2 ) 3 3.(5a 4 ) 3 4. (2w –2 ) 4 (3w 2 b –2 ) 3 x 20 X 15 y a w -2 b -6.
Exponents and Division
 To simplify expressions containing positive integral exponents.  To solve exponential equations.
Welcome to Math 6 ORDER OF OPERATIONS. OBJECTIVE: Each student will understand and use the order of operations.
6.1.1 – Properties of Exponents. We worked with combining/multiply like terms, mostly in single terms Example. Simplify the following expressions. 1)
Simplify each expression. 1.3 –4 2.(–6) 0 3.–2a 0 b – –2 k m –3 1 2 b 2 – km
10.3: rational exponents April 27, Objectives 1.Define rational exponents 2.Simplify expressions that contain rational exponents 3.Estimate the.
Ch 8: Exponents D) Rational Exponents
Multiplication and Division of Exponents Notes
3.2 Apply Properties of Rational Exponents Do properties of exponents work for roots? What form must they be in? How do you know when a radical is in simplest.
5-1 Monomials Objectives Students will be able to: 1)Multiply and divide monomials 2)Use expressions written in scientific notation.
Exponent Rules Part 2 Examples Section (-4) (-4) (-2) (-2) Section x 3 y 7. -8xy 5 z x.
Integer Exponents. Warm Up Find Each Product or Quotient x x ÷ ÷ x x
Exponent Quiz Review. Evaluate the expression 4 2  Answer: 16.
N n n n Objective- To recognize the properties of exponents and use them to simplify expressions. x 3 x x x = exponent base Rule of Common Bases x a =
Simplifying with Rational Exponents Section 6-1/2.
Warm Up What is each expression written as a single power?
Intro to Exponents Assignment
1.3 Algebraic Expressions Goals: ~Evaluate algebraic expressions ~Simplify algebraic expressions.
Ch 1.2 Objective: To simplify expressions using the order of operations.
Module 3 Jeopardy Simplifying Radicals Exponent Rules Common Ratios Radicals as exponents Other $100 $200 $300 $400 $500.
Exponents Quiz Review. 1.What is the reciprocal of 3 −3 ? 1 = 1 for reciprocal, flip it! 27 =
12.01 Multiplying Monomials. A monomial is a number, a variable, or a product of both. Examples: 8, x, 5y, x 3, 4x 2, – 6xy 7 Exponential Notation amam.
Simplifying Exponent Expressions Football Mania. Simplifying Exponent Expressions Football.
LESSON 4-7 EXPONENTS & MULTIPLYING. When we multiply terms with exponents  ADD exponents of like variables.
Bellringer # Exponents Zero Exponent Property.
Simplify 2 3 (9 – 3) 2. COURSE 2 LESSON (9 – 3) 2 = Do operations in parentheses. = 8 36Find the values of the powers. = 288Multiply. 3-1.
PRECALCULUS ALGEBRA 2 REVIEW. Warm UP (1) 2h + 6 = 20 (2) 3n + 11 = 26 (3) 4w + 5 = 29 (4) 7t + 3 = 31 (5) 4r + 14 = 26 (6) 8f + 21 = 37 (7) 6a + 32 =
Review Simplify Expressions Distributing and Combining Like Terms.
7.2 Properties of Rational Exponents Do properties of exponents work for roots? What form must they be in? How do you know when a radical is in simplest.
Simplifying Expressions
Aim: What are the product and power rules of exponents?
MA.912.A.4.1 Simplify monomials and monomial expressions using the laws of integral exponents.
Rules of Exponents Multiplying and powers
8.1 Multiplication Properties of Exponents
Goal: Simplify expressions with like terms
Algebra 1 Section 2.3 Subtract real numbers
Rational Expressions – Simplifying
How would we simplify this expression?
Exponents: Negative & Zero
Multiplying and Dividing Powers
Exponents and Monomials Lesson
Fractional Exponents CA 2.0.
4 Rational Numbers: Positive and Negative Fractions.
Exponents TeacherTwins©2015.
Multiplying and Factoring
Standard: EE1.,EE2b., and EE2c.
Simplifying Variable Expressions
Learn to combine like terms in an expression.
1.2 Distributive Property & Combining Like Terms
Write 5  5  5  5 using an exponent. Name the base and the exponent.
8.1 – 8.3 Review Exponents.
7.1 Multiplying Monomials
Objective Students will… Solve problems using the laws of exponents.
Warm Up Simplify 3(x + 2) -2(2y + 3) -4(-3p + 4) 3(-5z – 1)
Do Now Evaluate each algebraic expression for y = 3. 3y + y y
Parts of an Expression EE2b. Identify parts of an expression using mathematical terms (sum, term, product, factor, quotient, coefficient).
Simplify the following
Warm Up Simplify: 5(b+4) 2)-3(2x+5) 3)4(-8-3q) 4)- 6(2b-7)
Presentation transcript:

Exponent Rules 1 Assignment

1. Explain the below rules: Power Rule – Product Rule -

2. What do you always do with the coefficients?

Simplify the expressions using exponent rules 3.

Simplify the expressions using exponent rules 4.

Simplify the expressions using exponent rules 3 𝑥 2 ∙6𝑥 5.

Simplify the expressions using exponent rules 6.

Simplify the expressions using exponent rules 7.

Simplify the expressions using exponent rules (4 𝑎 5 𝑏 2 )(−2𝑎 𝑏 3 ) 8.

Simplify the expressions using exponent rules 9.

Simplify the expressions using exponent rules 7 𝑚 4 ∙ 3 𝑛 6 ∙ 2𝑚𝑛 10.

Simplify the expressions using exponent rules 11.

What is the area of the below shape? 6 𝑐 2 𝑑 4𝑐 𝑑 5 12.