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- 1. Multiple Choice
The force of attraction between all things that have mass
Gravity
Weight
Friction
Air Resistance
- 2. Multiple Choice
The measure of gravitational force
Gravity
Weight
Friction
Air Resistance
- 3. Multiple Choice
Force that opposes movement between touching surfaces
Gravity
Weight
Friction
Air Resistance
- 4. Multiple Choice
We have fluid in our knees to reduce
Gravity
Weight
Friction
Air Resistance
- 5. Multiple Choice
Objects with more surface area will have more air resistance
True
False
Sometimes true
- 6. Multiple Choice
Objects with more mass will have more air resistance
True
False
Sometimes true
- 7. Multiple Choice
The force of friction between SURFACES NOT IN MOTION
Static Friction
Sliding Friction (Kinetic Friction)
Rolling Friction
- 8. Multiple Choice
The force of friction that AFFECTS SURFACES IN MOTION
Static Friction
Sliding Friction (Kinetic Friction)
Rolling Friction
- 9. Multiple Choice
The force of friction when an object ROLLS FREELY OVER A SURFACE
Static Friction
Sliding Friction (Kinetic Friction)
Rolling Friction
- 10. Multiple Choice
Opposite charges
Attract
Repel
- 11. Multiple Choice
Like charges
Attract
Repel
- 12. Multiple Choice
Magnetic forces are created by ________ charges
Moving
Unmoving
- 13. Multiple Choice
Electric forces are created by ________ charges
Moving
Unmoving
- 14. Multiple Choice
The interaction of electric forces and magnetic fields
Attractivism
Electromagnetism
Reversechargism
Centripetal Force
- 15. Multiple Choice
An object in circular motion is always accelerating
True
False
Sometimes true
- 16. Multiple Choice
The force affecting an object in circular motion
Attractivism
Electromagnetism
Reversechargism
Centripetal Force
- 17. Multiple Choice
If a 7 pound object is put in a container of water and NOW only weighs 4 pounds, what is the buoyant force applied from the water?
7 pounds
4 pounds
3 pounds
none of the above
- 18. Multiple Choice
Newton's FIRST law states:
an object in motion will remain in motion unless acted on by a net force
acceleration = net force ÷ mass
for every action, there is an equal but opposite reaction (forces act in pairs)
- 19. Multiple Choice
Newton's SECOND law states:
an object in motion will remain in motion unless acted on by a net force
acceleration = net force ÷ mass
for every action, there is an equal but opposite reaction (forces act in pairs)
- 20. Multiple Choice
Newton's THIRD law states:
an object in motion will remain in motion unless acted on by a net force
acceleration = net force ÷ mass
for every action, there is an equal but opposite reaction (forces act in pairs)
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