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WorksheetsMotion Quiz
Total questions: 23
Worksheet time: 12mins
The distance and direction of the object's change in position.
displacement
motion
centripetal force
momentum
What is shown in this picture?
Blue is the distance. Red is the displacement.
Red is the distance. Blue is the displacement.
You move 10 meters to the left, then 4 meters to the right. What is your total displacement?
5 meters to the left
14 meters
6 meters to the left
5 meters to the right
You move 10 meters to the left, then 4 meters to the right. What is your total distance?
5 meters to the left
15 meters to the right
14 meters
6 meters
The distance an object travels per unit of time.
velocity
momentum
speed
acceleration
It takes you 60 seconds to run 400 meters. If you ran at a consistent pace, what was your speed?
6.67
7.54 m/s
7.54
6.67 m/s
The speed and direction of an object
(a)
P=mv
Newton's Second Law
speed
velocity
momentum
What is the momentum of a car with a mass of 1,450 kg traveling north at a speed of 19 m/s?
1,469 m/s
27,550 kg*m/s
27,550 m/s
76.3 kg*m/s
Which has larger momentum?
9 kg bike going 5 m/s
29,000 kg truck going 0 m/s
Two equal forces acting on an object in opposite directions
balanced force
unbalanced force
Forces are different than vectors.
True
False
Vectors are always subtracted- even when subtracting negative vectors
True
False
An object at rest stays at rest unless acted upon by an outside force
Newton's Third Law
Newton's Second Law
Newton's First Law
Law of Conservation of Momentum
Inertia
A change in momentum
The tendency for an object to resist a change in motion
a push or a pull
Every action has an equal and opposite reaction
Newton's Second Law
Force= Mass*Acceleration
Force= kg*m/s
F=mv
Force= Mass/Acceleration
Mass is the amount of matter in an object
True
False
Weight is the force of gravity on an object
True
False
Kinetic Energy
Energy in motion
Stored energy
Balanced energy
Unblanced energy
Potential Energy
Energy in motion
Stored energy
Balanced energy
Unbalanced energy
Newton's Third Law
An object at rest stays at rest unless acted on by an outside force.
Force= Mass*Acceleration
For every action there is an equal and opposite reaction.
The total momentum of an isolated sytem remains constant.
Velocity
Law of Conservation of Momentum
Inertia
Newton's First Law
The change in an object's position realative to a reference point
velocity
motion
displacement
inertia
