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. 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

3. The kinetic energy of an object increases as its____ increases15
$1 Million 14
$500,000
The kinetic energy of an object increases as its____ increases 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
50:50 1
$100
A: Gravitational energy
B: Potential energy
C: Specific heat
D: Velocity

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. The SI unit for energy is the15
$1 Million 14
$500,000 13
$250,000 12
$125,000
The SI unit for energy is the 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
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$100
A: Calorie
B: Joule
C: Meter per second
D: Kilogram

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. A bus transfers chemical potential energy into ____ so that bus moves.15
$1 Million 14
$500,000
A bus transfers chemical potential energy into ____ so that bus moves. 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
50:50 1
$100
A: Thermal energy
B: GPE
C: Electrical energy
D: Kinetic energy

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
According to the law of conservation of energy, the total amount of energy in the universe: 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
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$100
A: Remains constant
B: Changes constantly
C: Increases
D: Decreases

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. Enter $1,000 Question 15 $1 Million 14 $500,000 13 $250,000 12
$125,000
Enter $1,000 Question 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
50:50 1
$100
A: Answer 1
B: Answer 2
C: Answer 3
D: Answer 4

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

13. 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

14. The rate at which work is done is called15
$1 Million
The rate at which work is done is called 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
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$100
A: Efficiency
B: Effort time
C: Force
D: Power

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. Solar collectors are parts of a(an)____.15
$1 Million 14
$500,000
Solar collectors are parts of a(an)____. 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
50:50 1
$100
A: Active solar heating system
B: External combustion engine
C: Radiant heating system
D: Passive solar heating system

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. Refrigerators and air conditioners are examples of15
$1 Million 14
Refrigerators and air conditioners are examples of
$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
50:50 1
$100
A: Heat engines
B: Heat movers
C: Heat pumps
D: Solar collectors

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. Gasoline engines and diesel engines are examples of15
$1 Million 14
Gasoline engines and diesel engines are examples of
$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
50:50 1
$100
A: Insulators
B: External combustion engines
C: Internal combustion engines
D: Heat movers

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. A device that converts thermal energy into mechanical energy is a15
$1 Million 14
$500,000
A device that converts thermal energy into mechanical energy is a 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
50:50 1
$100
A: Conductor
B: Refrigerator
C: Heat engine
D: Heat mover

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

24. 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

25. 15
$1 Million
An 18 kg bicycle carrying a 62 kg girls is travelling at a speed of 7 m/s. What is the kinetic energy of the girl and bicycle? 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
50:50 1
$100
A: J
B: J
C: 567 J
D: 900 J

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. 15
$1 Million
A 20 kg bicycle carrying a 50 kg girls is traveling at a speed of 8 m/s. What is the kinetic energy of the girl and the bicycle? 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
50:50 1
$100
A: J
B: 789 J
C: J
D: 465 J

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. 15
$1 Million 14
$500,000
A 70 kg boy is sitting 3 m above the ground in a tree. What is his gravitational potential energy? 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
50:50 1
$100
A: 9.8 J
B: J
C: 600 J
D: J

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 14
$500,000
A 90 kg ceiling light is suspended 4 m above the floor. What is its gravitational potential energy? 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
50:50 1
$100
A: 178 J
B: J
C: J
D: J

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. Increasing the speed of an object _____ its potential energy.15
$1 Million 14
$500,000
Increasing the speed of an object _____ its potential energy. 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
50:50 1
$100
A: Does not affect
B: Increases
C: Decreases
D: Changes

34. YOU WIN $1 MILLION DOLLARS!