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Compared to the pressure exerted by a brick standing on its end, the pressure exerted by a brick resting on its side is
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
The amount of water pressure you experience while swimming in a pool depends on
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
A submarine changes depth by altering its
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
Which of the following is NOT true about Bernoulli's principle?
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
Which of the following is NOT true about the SI unit of pressure?
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
A resting object exerts pressure equal to
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
The buoyant force acting on a submerged object is equal to
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
Blaise Pascal discovered that changes in pressure
density
the weight of the fluid displaced by the object
its weight divided by its contact area
less
the pressure within a moving fluid is greater than the pressure within a nonmoving fluid
how deep you are in the water
are transmitted equally throughout a fluid
it is used for fluids only
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