Review Game Zone
Flash Cards
(current)
Games
Teachers
Search
Forces And Motion
Test Description: Forces and Motion
Instructions: Answer all questions to get your test result.
1) Net Force
A
Accelerates a 1kg mass 1 m/s per second.
B
The overall force acting on an object.
C
The force that opposes motion.
D
A force that acts between two masses.
2) Inertia
A
Is solely based on the mass of an object.
B
All of these are correct.
C
An object in motion, will stay in motion. An object at rest will stay at rest.
D
The tendency of an object to resist a change in its motion.
3) Weight
A
The force of gravity acting upon a mass.
B
The amount of mass something has.
C
Determines the amount of inertia within an object.
D
How heavy something is.
4) Newton's Second Law
A
An object in motion, stays in motion. An object at rest, stays at rest.
B
Mass x Velocity
C
F=ma
D
Net Force of an object is greater than zero.
5) Newton
A
F = ma
B
N = kg x m/s^2
C
The amount of inertia acting upon an object.
D
N = kg x m/s
6) The acceleration of an object subjected to Earth's gravity.
A
8.9 m/s^2
B
9.7 m/s^2
C
9.8 m/s^2
D
7.8 m/s^2
7) Law of Conservation of Momentum
A
Inertia must be conserved.
B
Momentum is mass multiplied by velocity.
C
No net force acts on an object, the total momentum of the system does not change.
D
An object at rest stays at rest.
8) Momentum
A
= ma
B
= mv
C
= mass x m/s^2
D
= 1kg x 1m/s per second
9) Momentum
A
is always transferred and conserved.
B
is lost when two objects collide.
C
escapes within a closed system.
D
is destroyed.
10) Action and Reaction forces
A
All are correct.
B
equal in size and opposite in direction.
C
Never cancel.
D
Cannot exist alone.
*select an answer for all questions
Check Results & Get Answers
Play Games with the Questions Above
Teachers: Create FREE classroom games with your questions
Click for more info!
©2007-2024
ReviewGameZone.com
|
About
|
Privacy
|
Contact
|
Terms
|
Site Map
WAIT! Find what you needed?
×
Still Looking for the Answers?
Have Another Question?
Play a Review Game with These Questions?
Want to Make Your Own Test Like This One?