CP Workbook
Gases
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A principle difference between a liquid and a gas is that when a liquid is under pressure, its volume
increases
decreases
doesn't change noticeably
and its density
increases
decreases
doesn't change noticeably
When a gas is under pressure, its volume
increases
decreases
doesn't change noticeably
and its density
increases
decreases
doesn't change noticeably
Refer to the following information for the next question.
The following cartoon is more humorous to physics types than to non-physics types.
What physics has occurred?
Refer to the following information for the next question.
The sketch below shows the launching of a weather balloon at sea level. Discuss with your partner and then describe what the same weather balloon would look like when it is high in the atmosphere.
That is, what would be different about its size and why?
In general, a hydrogen-filled balloon that weighs 10 N must displace ____ N of air in order to float in air.
If it displaces less than ____ N it will be buoyed up with less than ____ N and sink.
If it displaces more than ____ N it will be buoyed up with more than ____ N and move upward.
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Boyle's Law
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Buoyancy
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Buoyancy
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Density of an Unknown Fluid
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Flow Rates
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Resource Lesson:
RL -
Fluids At Rest
RL -
Fluids In Motion
RL -
Ideal Gases
RL -
Kinetic Theory of Gases
Worksheet:
APP -
Anchors Aweigh
APP -
The Iceberg
CP -
Archimedes Principle #1
CP -
Archimedes Principle #2
CP -
Syringes and Vacuum Pumps
NT -
Balsa Wood and Rock
NT -
Boat
NT -
Buoyant Forces
NT -
Burning Candle
NT -
Deuterium Ice Cube
NT -
Fire Truck
NT -
Floating Ice Cube
NT -
Floating Wood
NT -
Freely-Falling Elevator
NT -
Pinched Bottle
NT -
Ping-Pong Ball
NT -
Styrofoam
NT -
Submerged Ball
NT -
Submerged Glass
NT -
Verge of Sinking
NT -
Water Level
WS -
Gas Calculations
WS -
Ideal Gases
TB -
Fluids At Rest
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