3. GAME RULES GAME RULES Choose teams Each team chooses one case. Write these numbers on the board so that you do not select these cases to be opened during the game. Call on a team to choose a case to open. Click on the case to reveal a question. Give 3 minutes or less for the teams to answer the question. Whichever teams answer correctly, their points are the dollar amount revealed. If teams are incorrect they get no points. Make sure an add all team points after each question for totals. 5 minutes at the end of class, offer any amount, make sure it is more than the amount that a team has to all groups. Teams can either take the deal or keep their case. Once all teams have decided and let you know, open all teams cases to reveal who has the best deal. The team with the BEST deal, is the winner! *NOTE: Swap the $1,000,000 case after each class with another case.

4. 1 6 78910 1112131415 1617 18 1920 2122232425 23 45 $1 $5 $10 $25 $50 $75 $100 $200 $300 $400 $500 $750 $1,000 $5,000 $10,000 $25,000 $50,000 $75,000 $100,000 $200,000 $300,000 $400,000 $500,000 $ 750,000 $ 1,000,000

5. Question A certain project can be completed by 5 workers in 24 days. In order to finish the project sooner, the company plans to hire additional workers. How many workers are needed to finish the project in 15 days? 8

6. $5,000

7. Question The graph shows water temperatures for part of the Pacific Ocean. Determine the depth when the temperature is 3 degrees Celsius. 1480

8. $ 5

9. Question Tim can afford to spend a total of $60 on presents. The average cost per present, c, in dollars varies inversely with the number of presents, p, Tim can afford. Write an equation that represents this relationship. cp=60

10. $100,000

11. Question The new graph is shifted to the right 3 units and up 5 units

12. $500,000

13. Question

14. $ 1,000,000

15. Question Vertical asymptote x=-10 Horizontal asymptote remains y=0

16. $1

17. Question Identify the domain and range of the function in set notation

18. $ 750

19. Question What is the vertical asymptote? x = -1

20. $ 100

21. Question Identify the vertical and horizontal asymptotes of the function x = 1 y = 3

22. $ 75,000

23. Question

24. $ 400,000

25. Question Write an equation of a function with a vertical asymptote at x = 0 and a horizontal asymptote at y = -3

26. $ 25

27. Question

28. $ 25,000

29. Question

30. $ 1,000

31. Question

32. $ 300

33. Question Domain: all real numbers except 2 Range: all real numbers except 4 What are the domain and range of this function?

34. $ 10

35. Question Horizontal asymptote: y = 4 Vertical asymptote: x = 2 What are the asymptotes of the function graphed below:

36. $ 50,000

37. Question Horizontal asymptote: y = 0 Vertical asymptotes: x = -3 and x = 2

38. $ 500

39. Question

40. $ 750,000

41. Question y = 2

42. $ 200

43. The amount of time it takes to make pizzas varies inversely with the number of people who are making the pizzas. If the number of pizzas is divided between 5 people, it will take 2.5 hours. Write an equation to represent the number of pizzas, p, and the time, t, it takes to make pizzas. Question pt=12.5

44. $ 75

45. Question What is the range (interval notation) of the function graphed below: F

46. $ 200,000

47. Question x-int: (-8,0) y-int: (0,-2)

48. $ 10,000

49. Question x=4 y=1

50. $ 50

51. Question y=-2 The graph below shows the relationship between the distance in miles a delivery truck traveled and the number of hours each delivery took. Which best describes the relationship shown on the graph? A Negative trend B Positive trend C Constant trend DNo trend The graph below shows the relationship between the distance in miles a delivery truck traveled and the number of hours each delivery took. Which best describes the relationship shown on the graph? A Negative trend B Positive trend C Constant trend DNo trend

52. $ 300,000

53. Question

54. $ 400