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If a fluid flows from area A to area B, then area A must be an area of greater ___.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
The SI unit for pressure is ___.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
A bicycle tire remains inflated because air particles ___.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
Pressure depends on ___.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
Of the following, where would atmospheric pressure be greatest?
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
Fluid pressure is exerted evenly in all directions, which explains why ___.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
80% of the gases in the atmosphere are found within ___ of the Earth's surface.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
The reason you blow round bubbles and not square ones is explained by ___.
at sea level
bubbles are round.
Pascal's principle
the depth of the fluid
10 km
pressure
Pa
are constantly moving and pushing against the inside of the tire
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