Molecular kinetic theory model (AQA A-Level Physics): Flashcards

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Molecular kinetic theory model
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Brownian motion

Random movement of particles due to molecular bombardment

Boyle's law (constant T)

Pressure inversely proportional to volume

Charles's law (constant P)

Volume directly proportional to temperature

Pressure law (constant V)

Pressure directly proportional to temperature

Ideal gas intermolecular forces

None - no attractive or repulsive forces between molecules

Fundamental kinetic theory equation

pV=13Nm(crms)2pV = \frac{1}{3}Nm(c_{rms})^2

Internal energy of ideal gas

Only kinetic energy (no potential energy)

KE of molecule vs temperature

12m(crms)2=32kT\frac{1}{2}m(c_{rms})^2 = \frac{3}{2}kT

Boltzmann constant value

k=1.38×1023k = 1.38 \times 10^{-23} J K1^{-1}

Ideal gas collision type

Perfectly elastic - no kinetic energy lost

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