2. MM2A2. Students will explore exponential functions.  a. Extend properties of exponents to include all integer exponents.

3. Activation: Warm Up pg.331B Region Tournament-Tutoring/E2020

4. Activation: Motivator Questions from pg. 331 B Warm Up Examples

5. EQ: How is 4x ⁶ different from (4x²)³? Today we will learn about how the properties of exponents are set rules which allow you to efficiently simply exponential expressions!!!

6. Student Text p. 331 Definition: Power -an expression in which a number or variable is raised to an exponent; a power is a notation used to represent repeated multiplication. Base of a Power -the number or variable that is repeatedly multiplied Exponent -indicates the number of times an expression is multiplied by itself; that is the number of times the base is used as a factor

7. Defining and Multiplying Powers Pg. 331-332 Problem 1 #1 (a, d)-Expanding Expressions #2 (e,f)-Power to Simplify #3 (a,d) #4 (f, g, m, n) Dividing Powers Problem 2 #1 (g, h) #2 (e,f,n,p)

8. Raising a Power to a Power Problem 3 # 1 (b, d) #2 (h, i, k, l) Raising a Product to a Power Problem 4 (a, c, e, j) Problem 5 (b, d, e, g)

9. Raising a Quotient to a Power Problem #6 (b, d, f) Negative Exponents (a, b,c,d) Zero Power Problem #7 (a, b,c,d)

10. Complete Chart on p.342 Review Homework Answers Homework: Pg. 495 (6-9) Pg.496 (13-16)& (25-28) Pg. 496 (30, 32, 34, 36) Pg.497 (43-47)

11. Activation: Warm Up pg.331 Instruction: Notes on Properties of Integral Exponents Work: Complete Guided Practice Examples of each property Assessment: Unit 5 Quiz#1 Summary: Explain the difference between expanding and simplifying exponential expressions