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The ratio of an object's mass to its volume is called
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
Two containers (R & S) have the same number of gas atoms and the same temperature. Container R has a volume of 6 liters. Container S has a volume of 2 liters. The PRESSURE in container S
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
Mercury is more dense than water. Which statement below is TRUE?
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
The FORCE exerted over a given AREA is called
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
The amount of SPACE an object occupies with its matter is that object's
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
Helium is used in balloons to make them float. Which below is TRUE?
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
The more atoms of a air you can stuff into a given volume ...
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
Increasing which variable would DECREASE the pressure of an enclosed gas?
volume
volume
density
...the more pressure is exerted on the air's container.
is triple the pressure of container R.
Mercury would sink in water.
Helium is less dense than air.
pressure
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