1. Welcome to Who Wants to be a Millionaire
50:50 15
$1 Million 14
$500,000
Welcome to Who Wants to be a Millionaire 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

2. Another Presentation © 2000 - All rights Reserved Mark E. Damon

4. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

5. Which of these statements is an opinion?15
$1 Million 14
$500,000 13
$250,000 12
$125,000
Which of these statements is an opinion? 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 C 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: August is the eighth month of the year
B: Chickens are hatched from eggs.
C: Jupiter is the most interesting planet
D: The product of 6 and 2 is 12.

6. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

7. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000
The middle number in a data set that is arranged from least to greatest is called the 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 B 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: range
B: median
C: mean
D: mode

8. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

9. 15
$1 Million 14
$500,000
Which type of graph uses two different-colored or shaded bars to compare sets of data that can be counted? 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 A 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: double bar graph
B: Line Graph
C: circle graph
D: line plot

10. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

11. To show the number 57 on a stem and leaf plot, 7 would be a15
$1 Million 14
$500,000 13
$250,000
To show the number 57 on a stem and leaf plot, 7 would be a 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 D 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: stem
B: range
C: bar
D: leaf

12. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

13. Find the mean of this data set:15
$1 Million
Find the mean of this data set:
20, 37, 14, 16, 25, 25, 24 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 C 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 14
B: 24
C: 23
D: 25

14. You’ve Reached the $1,000 Milestone! Congratulations! Congratulations!

15. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

16. In which subject did Ted spend most of his homework time15
$1 Million
In which subject did Ted spend most of his homework time 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 B. 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: Reading
B: Science
C: Math
D: History

17. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

18. 15
$1 Million 14
$500,000
What type of graph would be most appropriate to represent data from a recent survey of people’s favorite car brand? 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 C. 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: Circle Graph
B: Line Graph
C: Line Plot
D: Stem and Leaf

19. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

20. 15
$1 Million
You spin the spinner once. Which of the following best describes the chances that the spinner will land on blue? 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 D 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: more likely than green
B: equally likely as green
C: certain
D: impossible

21. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

22. You toss a number cube once. Find P(even).15
$1 Million 14
$500,000
You toss a number cube once. Find P(even). 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 B 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 1/6
B: 1/2
C: 1/3
D: 6/3

23. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

24. Find the Median of the data:15
$1 Million 14
$500,000
Find the Median of the data:
46, 38, 19, 46, 36 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 A 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 38
B: 36
C: 46
D: 19

25. You’ve Reached the $32,000 Milestone! Congratulations!

26. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

27. Find the Range of the Data:15
$1 Million 14
$500,000 13
$250,000
Find the Range of the Data:
32, 27, 85, 129, 29, 109, 126 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 C 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 97
B: 96
C: 102
D: 103

28. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

29. What is the mode of the data:15
$1 Million
What is the mode of the data:
12, 34, 23, 67, 32, 69, 34, 67, 28, 10 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 C 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 34
B: 67
C: 34 & 67
D: no mode

30. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

31. 15
$1 Million
At an ice cream shop, there are 6 different types of ice cream. There are 9 different toppings for that ice cream. How many different combinations can there be of one ice cream and one topping? 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 D 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 15
B: 108
C: 36
D: 54

32. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

33. 15
$1 Million
A 21 sided figure is called an icosihenagon. If each side is labeled with a number and made into a spinner, what is the P(odd)? 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 C 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: 1/2
B: 10/21
C: 11/21
D: an icosi what?

34. 15
$1 Million 14
$500,000 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

35. 15
$1 Million 14
$500,000
What is the probability that everyone will get an A on the test tomorrow? 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 D 6
$2,000 5
$1,000 4
$500 3
$300 2
$200
50:50 1
$100
A: Certain
B: Impossible
C: Equally Likely
D: Depends on how much you study

36. YOU WIN $1 MILLION DOLLARS!