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Pascal principle states that a fluid in equilibrium enclosed by a vessel exerts pressure
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
How does the density of an object that sinks into a fluid compare to the density of the fluid
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
When a fixed sample of gas increases in temperature it must also
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
When a fixed sample of gas increases in volume it must also
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
Unlike a gas, a plasma
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
The force keeping an object floating on a liquid is called
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
A gas becomes a liquid through a process called
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
Boyles Law relates the volume of gas to its
decrease in temperature
pressure
conducts electrical current
buoyant force
increase in pressure
condensation
The object that sinks is more dense than the fluid
equally in all directions
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