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How would you calculate the density of an object?
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
A push or a pull is called a(n)
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
What happens as gravity pulls water down a slope?
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
Mass movement is caused by
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
The measurement of the force of gravity on an object is the object's
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
A stone will sink in water because
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
The resistance of an object to any change in its motion is called
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
The energy that produces ocean waves comes from
force
Divide its mass by its volume
inertia
wind blowing across the water's surface
its density is greater than that of water
gravity
Potential energy changes to kinetic energy.
weight
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