At the Driving Range Name:

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Presentation transcript:

At the Driving Range Name: Inspired by the saying “practice makes perfect“, you decide to perfect your golf swing by going to the local driving range. Unfortunately, you do not have your own set of clubs yet so you must rent from the range. Each bucket of 100 golf balls costs $7.50 and it costs $3.00 to rent clubs. 1. Write an algebraic equation for the total cost at the driving range dependent on the number of buckets of balls you buy. Write your equation using functional notation with C(x) representing the cost.

2. Show all work and answer in complete sentence a. What is the total cost to hit five buckets worth of balls? Graph

2. Show all work and answer in complete sentence b. How many buckets can you buy with $20?

2. Show all work and answer in complete sentence c. Find x if C(x) = 28

2. Show all work and answer in complete sentence d. Find C(10) Graph

3. Generate a graph displaying the total cost of practicing at the driving range Cost Based on Number of Buckets Purchased Cost in $ C(5) = ? C(10) = ? Domain # of buckets purchased Range

4. The owner of the driving range is looking at the receipts for the day. Are the following costs correct? Explain why or why not in a complete sentence. a. $48 for 6 buckets and club rental b. $70 for 9 buckets and club rental 5. What would be the domain based on the problem situation? 6. Based on your answer to question 5, what would be the range based on the problem situation? Graph

7. Set up an inequality to solve each. Graph the solution to each. a. Determine the number of buckets of balls you could hit if you had to spend at most $50 but at least $25. Graph

7. Set up an inequality to solve each. Graph the solution to each. a. Determine the number of buckets of balls you could hit if you had to spend at most $50 but at least $25. Graph

Find the answer to each problem without using your calculator. 10. 17 + (-14) = 11. -190 + 110 = 12. -21 • 10 = 13. -50 -10 = 14. -13 – 5 = 15. -10(-16) = 16. -213 + (-124) = 17. -1 – 3 -2 = 18. 10 – 4 – 4 -2 = 19. 2(-3) – 10 =

Solve each equation. Show all your work. 21. 4x + 8 = 32 22. -2G + 26 = 50 23. 3h – 18 = 18

Solve each equation. Show all your work. 24. 22x + 11 = -11 25. 3J + (-6) = -15 26. 12 = 12 + k -7 27. -4 – 4L = 16