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Focus: Using the Ball Park Strategy to Solve Problems When you go to a baseball game, the park is set up something like this. Where is the game played?

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Presentation on theme: "Focus: Using the Ball Park Strategy to Solve Problems When you go to a baseball game, the park is set up something like this. Where is the game played?"— Presentation transcript:

1 Focus: Using the Ball Park Strategy to Solve Problems When you go to a baseball game, the park is set up something like this. Where is the game played? Where does the crowd sit? What do these lines mean?

2 So, these lines are the FOUL LINES. What would happen if a player hit the ball, and it landed where you see a red “x”? X It’s a FAIR ball!

3 What would happen if a player hit the ball, and it landed where you see a red “x”? X It’s a FOUL ball!

4 What would happen if a player hit the ball, and it landed where you see a red “x”? X It’s a FOUL ball!

5 So, anything hit between the foul lines is fair. Anything hit outside of the foul lines is foul. FairFoul

6 Michael went to baseball camp for 3 days. Each day he hit between 5 and 10 home runs. What is a possible number of home runs he could have hit? a. 5 b. 10 c. 25 d. 50 What do these problems have in common? Jane baked cookies for 5 hours. She made between 30 and 50 cookies each hour. What is a possible number of cookies she could have baked? a. 100 b. 125 c. 145 d. 175

7 Amount of time Between x x Multiply these numbers Least possible number goes here. Greatest possible number goes here. = =

8 Amount of time Between Possible numbers Anything in between these numbers is “fair.” Anything smaller than this number is “foul.” Anything larger than this number is “foul.” x x = =

9 Amount of time Between Possible numbers Anything in between these numbers is “fair.” Anything smaller than this number is “foul.” Anything larger than this number is “foul.” x x = = Michael went to baseball camp for 3 days. Each day he hit between 5 and 10 home runs. What is a possible number of home runs he could have hit? a. 5 b. 10 c. 25 d. 50 3 510 15 30

10 Amount of time Between x x = = Michael went to baseball camp for 3 days. Each day he hit between 5 and 10 home runs. What is a possible number of home runs he could have hit? a. 5 b. 10 c. 25 d. 50 3 510 15 30 16, 17, 18, 19, 20, …..28, 29 …13,14 31,32,…

11 x x = = Jane baked cookies for 5 hours. She made between 30 and 50 cookies each hour. What is a possible number of cookies she could have baked? a. 100 b. 125 c. 145 d. 175 Between Amount of time

12 x x = = Tammy eats between 4 and 8 servings of vegetables each day. What is a possible number of servings of vegetables she could eat in 6 days? a. 40 b. 23 c. 19 d. 10

13 Mr. Baxter runs between 3 and 5 miles each day. What is a possible number of miles he could run in a week? a. 7 b. 14 c. 22 d. 36

14 Mrs. Norcel reads between 25 and 30 reading journals each day. What is a possible number of journals she could read in 3 days? a. 50 b. 85 c. 95 d. 101

15 Ms. Strever recycles between 100 and 200 water bottles each week. What is a possible number of water bottles she could recycle in 4 weeks? a. 399 b. 799 c. 801 d. 900

16 Let’s try some problems on our own! Remember your new strategy!


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