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Describes the inverse relationship between pressure and volume at constant temperature.
Volume increases with temperature at constant pressure.
Pressure increases with temperature in a rigid container.
It relates pressure, volume, and temperature changes of a gas.
Pressure equals force divided by area.
A small input force can lift a larger output force due to area differences.
It must support the weight of the load while maintaining system pressure.
It moves further when the input piston is pushed down, based on area ratios.
Liquids are incompressible, while gases are compressible under load changes.
To manage heat generated from pressure increases according to Gay-Lussac's Law.