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Which of the following would cause more friction?
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
What force occurs when 2 objects rub against each other?
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
What force that always attracts or pulls objects toward each other without direct contact or impact?
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
Which of the following are ways to reduce friction?
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
Objects on Earth are pulled____
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
If air resistance is ignored, which of the following are true?
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
If an object is in motion, and more force is applied to it, it will_____
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
What 2 factors determine the amount of gravitation attraction between objects?
toward the center of Earth
Gravity
Friction
any objects dropped at the same time will land at the same time
a massive object rubbing against a rough surface
All are correct
Mass and distance apart
Speed up
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