Critical temperature
Intermolecular potential per unit volume
Flux
Pressure of a gas (think flux)
Pressure difference in gas
MaxwellBoltzmann distribution function
Most probable speed of a molecule
Mean speed
Root mean square speed
Mean free path
Effusion relation pressure and temperature
Fick's Law
Diffusion coefficient
Viscosity
Thermal conductivity
First law of thermodynamics
Work done on gas at constant pressure
Work done in a reversible isothermal expansion
Heat capacity at constant V
Heat capacity constant P
Enthalpy
Spacing between rotational energy levels
Relationship between cV and cP
Change in volume due to isobaric thermal expansivity
Change in volume due to isothermal compressibility
Ratio of cP and cV
Relationship between P and V for adiabatic expansion
Cooling due to adiabatic expansion
Entropy
2nd law of thermodynamics
Gibb's Free Energy
Master Equations
Clapeyron Equation
Clasius Clapeyron Equation
Latent heat of vaporisation
Van der Waals equation
b in Van der Waals Equation
Missing neighbours of a molecule approaching a wall
Critical temperature of liquid
Keesom interaction
Induced dipole moment
Lennard Jone's Potential
Surface free energy
Latent heat of vapourisation
Young's Equation
Pressure difference across curved interface
Bernoullis Equation
Stoke's Equations
Reynolds Number
Ionic pair potential
Packing Fraction
Plane spacing
Lattice energy of Van der Waal solid
Ionic lattice energy
Braggs Law Cubic System
Einstein model for specific heat
Debye frequency
Young's Modulus
Created by Lauren Clark
about 2 years ago

