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Which of the following is a characteristic of the gravitational force between two objects? The GF between two objects
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
Which of the following data would support the claim that the GF between objects depends on mass?
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
The GF between two objects will be very small, unless which of the following is true?
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
When comparing the gravitational force between two objects, which of the following characteristics should be considered?
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
As an object falls toward the Earth, its gravitational potential energy will
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
As a pendulum travels from the highest point of its swing to the lowest point of its swing, its potential energy
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
A satellite is traveling in an orbit around the Earth. What change would cause it to experience more GF from the Earth?
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
A push or pull best describes the term
force
always pulls objects toward each other.
decreases
One of the objects must have a very large mass.
Orbiting closer to the Earth's surface.
Mass
decrease
GF is stronger on more massive planets.
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