1. Mandarin/ Express 3rd LUNCH
“Day A” Feb. 4, 2016
Exploratory
Social Studies
English
Mandarin/ Express 3rd LUNCH
Science
Math
locker

2. Activator
1. Complete the GCF sprint, you will have 5 minutes:
Find the GCF of each problem (Greatest Common Factor) (Remember: ask yourself, what is the largest number they both share?)
-(-5)

3. Objective(S):
2/4/16
Module 11
I will be able to:
Model and write equivalent expressions using the distributive property to move from an expanded form to a factored form of an expression.
I will know I got it when:
I can successfully complete exercise 1 independently or with my partner with at least 80% accuracy
6.EE.A.2 6.EE.A.3 6.EE.A.4

4. ‪Lesson 11: page 48 example 1 2 2
The sum of two groups of five and two groups of three
2 x x 3

5. -(-5) Example 1: pg. 48 2 2 Two groups of the sum of five and three
(5+3) + (5+3) or 2(5+3)

6. Yes, because both expressions have two 5s and two 3s
Yes, because both expressions have two 5s and two 3s. Therefore, 2x5 + 2x3= 2(5+3)
On the left hand side, 2 is being multiplied by 5 and then by 3 before adding the products together. On the other side, the 5 and 3 are added first and then multiplied by 2.
Distributive Property

7. How do you feel?
topic.

8. Example 3 pg. 50
3(f+g)
We need to rewrite the expression as an equivalent expression in factored form which means the expression is written as the product of factors. The number outside the parentheses is the GCF
3 * f + 3 * g 3
3 goes on the outside and f + g go inside the parentheses 3(f+g)

9. Example 3 pg. 51 2*3 * x + 3 * 3*y 3 3(2x+3y)
We need to rewrite the expression as an equivalent expression in factored form which means the expression is written as the product of factors. The number outside the parentheses is the GCF
2*3 * x + 3 * 3*y
Factor out the 3 from both terms and put it outside parentheses. What is left in the terms goes inside the parentheses. 3(2x +3y) 3

11. 8(3b+1)
I first expand each term. I know that 8 goes into 24, so I used it in the expansions. 2*2*2*3*b + 2*2*2. I determined that 8 is the common factor, so on the outside I wrote 8 and the inside I wrote the leftover factor 3b+1
When I factor out a number, I am leaving behind the other factor that multiplies to make the original number. In this case when I factor out an 8 from 8, I am left with a 1 because 8*1=8
In the first 2 examples, we saw that we could rewrite the expressions by thinking about groups. We can either think of 24b +8 as 8 groups of 3b and 8 groups of 1 or as 8 groups of the sum of 3b+1. This shows that 8(3b) + 8(1)= 8(3b+1) is the same as 24b +8.

12. How do you feel?
topic.

13. Lesson 11:
With your partner, complete exercises 1 and 2 on pages 52-53

15. How can you use your knowledge of GCF and the distributive property to write equivalent expressions?
We can use our knowledge of GCF and the distributive property to change the expressions from standard form to factored form. 4 5 9 8
100

16. 2/4/16
Page 54

17. Ticket-To-Go: -(-43) or 43 -(-5) or 5 Answer in agenda (or notebook)
2/4/16
Answer in agenda (or notebook)
Use greatest common factor and the distributive property to write equivalent expressions in factored form.
13ab +15ab
-(-43) or 43
-(-5) or 5

18. 2/4/16
Accommodations
Read or reread presentation or activity directions, as needed
or after prompting
Use examples to model and act as a guide for emerging learners