1. Welcome to Who Wants to be a Multi- Millionaire?
50:50 15
$1 Million 14
$500,000
Welcome to Who Wants to be a Multi- Millionaire? 13
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2. Another Presentation © 2000 - All rights Reserved Mark E. Damon

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A force . . . 11
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B: give energy to an object
A: is a push or a pull
C: can cause on object to change its motion
D: can do all of these

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7. When forces are balanced, the motion of the object. . .15
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When forces are balanced, the motion of the object. . . 11
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B: does not change
A: is decreased
C: is increased
D: is completely stopped

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9. The force that you overcome to move a cart across the floor is15
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The force that you overcome to move a cart across the floor is 12
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A: gravity
B: normal force
C: friction
D: air resistance

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11. The sum of balanced forces equals . . .15
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The sum of balanced forces equals . . . 11
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B: zero
A: three
C: one
D: two

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13. According to Newton’s 2nd Law of Motion:15
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According to Newton’s 2nd Law of Motion: 13
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B: F = m x v
A: F = m x a
C: F = m/a
D: a = F x m

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

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16. Tread on tires . . . 15 $1 Million 14 $500,000 13 $250,000 12 $125,00011
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A: reduce friction
B: increase friction
C: decrease stopping motion
D: prevent the braking of a car

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A 3,000 N force gives an object an acceleration of 15 m/s2. The mass of the object is 13
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B: 1,500 kg
A: 45,000 kg
C: 15 kg
D: 200 kg

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20. Force that opposes motion is …15
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Force that opposes motion is … 12
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A: a balance force
B: an unbalanced force
C: friction
D: an accelerating force

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22. What is happening to an object below?15
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A: it’s accelerating to the right
B: it’s accelerating to the left
C: it is falling
D: it is not moving

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24. A force that sets an object into motion is15
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A force that sets an object into motion is 11
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A: balanced
B: friciton
C: inertia
D: unbalanced

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

26. Balanced forces cause. . . 15 $1 Million 14 $500,000 13 $250,000 12
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A: a moving particle to slow down
B: a moving particle to speed up
C: a change in direction
D: no change in motion

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28. The weight of an object varies with the . . .15
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The weight of an object varies with the . . .
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A: volume of the object
B: dimensions of the object
C: speed of the object
D: pull of gravity

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The upward force on a duck that balances the downward force of gravity and keeps the duck from sinking is the 14
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B: denstiy
A: buoyant force
C: weight
D: atmospheric pressure

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32. A 300 N force acts on a 25 kg object. The accleration of the object is15
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A 300 N force acts on a 25 kg object. The accleration of the object is 13
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A: 7,500 m/s2
B: 300 m/s2
D: 25 m/s2
C: 12 m/s2

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When two people are playing tug of war with a rope and one person is winning, you know that the forces are 14
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B: action-reaction
A: long range
C: unbalanced
D: balanced

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36. Gravitational force between two objects depends on the . . . .
50:50
A: mass of each object only
B: distance between the objects only
C: inertia and masses of the objects
D: mass of the objects and the distance between them

37. Congratulations!
You reached the
$1 Million Milestone!

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39. Forces can cause objects to . . ...
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B: change direction only
A: stop moving only
C: start moving, change direction or stop moving
D: start moving only

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41. Motion is when an unbalanced force acts on an object is best described by Newton’s . . .
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A: Law of Universal Gravitation
B: 3rd Law
C: 2nd Law
D: 1st Law

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43. What is happening to the object pictured below?
50:50
A: it’s moving to the right
B: it’s moving to the left
C: it’s not moving
D: it’s falling

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45. According to Newton’s 2nd law of Motion, force equal mass times . .
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B: accerlation
A: weight
C: velocity
D: gravity

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47. You’ve Reached the $1.5 Million Milestone! Congratulations!

48. What is happing to the object picture below?
50:50
B: it’s moving to the right
A: it’s falling
C: it’s moving to the left
D: it’s not moving

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50. The property of matter that resists any change in motion is called. . .
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A: inertia
B: weight
C: gravity
D: force

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52. The unit used for “force” is . . .
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A: m/s
B: m/s2
D. kg
C: kg-m/s2

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54. The unit kg-m/s2 is also known as a
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A: Newton
B: Einstein
C: Rutherford
D: Bohr

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56. If gravity did not affect the path of a horizontally thrown ball, the ball would ___________.
50:50
B: travel horizontally
A: go straight up
D: follow a curved path
C: travel straight down

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58. Which pair of terms best predicts how the ball should be moving?
50:50
A: to the right and down
B. to the left and down
C: to the right and up
D. To the left and up

59. Congratulations!
You’ve won
$2 Million Dollars!