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15 cards from this deck
Pressure, temperature, volume, kinetic energy
Directly related
Heat energy transfers to kinetic energy of particles
K=12mv2K = \frac{1}{2}mv^2K=21mv2
Speed increases
Average speed rises
More frequent collisions with walls & each other
Higher KE → higher speed → more collisions → higher pressure
Volume must remain constant
Inversely proportional
pV=constantpV = \text{constant}pV=constant
Pascals (Pa)
Cubic metres (m3m^3m3)
Energy transferred by a force
Increases internal energy, then increases temperature
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