C# Class UniversityPhysics.Thermodynamics.BasicThermodynamics.SubstanceEquations

Find basic substance properties using pV=nRT nR = Nk ... n = N k/R

Public Methods

Method	Description
EnergyPerMolecule ( Temperature T ) : Energy
MeanFreePath ( double N, double r, double V ) : double	Finds the mean free path per particle for a set of N molecules in a given volume.
MolarMass ( double m ) : double	Finds molar mass of a substance
N_to_nMoles ( double N ) : double	Converts a numerical count of particles into their molar equivalent value
Pressure ( double V, double nMoles, Temperature T ) : double
RMS_Speed ( double m, Temperature T ) : double	Finds the root-mean-square speed of molecules at given temperature
Temperature ( double p, double V, double nMoles ) : Temperature
TotalTranslationalEnergy ( double n_Moles, Temperature T ) : Energy	Total translational kinetic energy of an ideal gas
Volume ( double p, double nMoles, Temperature T ) : double
m_Total ( double nMoles, double molarMass ) : Mass
n_Moles ( double p, double V, Temperature T ) : double

public static EnergyPerMolecule ( Temperature T ) : Energy
T	Temperature
return	Energy

Finds the mean free path per particle for a set of N molecules in a given volume.

public static MeanFreePath ( double N, double r, double V ) : double
N	double	Total number of molecules
r	double	Molecular radius of molecule
V	double	Available volume
return	double

Finds molar mass of a substance

public static MolarMass ( double m ) : double
m	double	Mass of an individual molecule
return	double

Converts a numerical count of particles into their molar equivalent value

public static N_to_nMoles ( double N ) : double
N	double	Total number of particles
return	double

public static Pressure ( double V, double nMoles, Temperature T ) : double
V	double
nMoles	double
T	Temperature
return	double

Finds the root-mean-square speed of molecules at given temperature

public static RMS_Speed ( double m, Temperature T ) : double
m	double	Mass of indivudal molecule
T	Temperature	Temperature
return	double

public static Temperature ( double p, double V, double nMoles ) : Temperature
p	double
V	double
nMoles	double
return	Temperature

Total translational kinetic energy of an ideal gas

public static TotalTranslationalEnergy ( double n_Moles, Temperature T ) : Energy
n_Moles	double	Number of moles
T	Temperature	Temperature in Kelvin
return	Energy

public static Volume ( double p, double nMoles, Temperature T ) : double
p	double
nMoles	double
T	Temperature
return	double

public static m_Total ( double nMoles, double molarMass ) : Mass
nMoles	double
molarMass	double
return	Mass

public static n_Moles ( double p, double V, Temperature T ) : double
p	double
V	double
T	Temperature
return	double