101Wetted length (given liquid transport in porous media, sorptivity, porosity )
102Liquid-air surface tension (Capillary action)
103Density of liquid (given liquid-air surface tension,capillary action)
104Radius of tube (given liquid-air surface tension,density,height of liquid column, Capillary action)
105Volume of the pores (Measuring porosity by gas expansion method)
106Porosity (Measuring by gas expansion method)
107Specific heat at constant pressure (Mayer\'s Relation)
108Specific heat at constant volume (Mayer's Relation)
109Heat capacity at constant pressure for ideal gas (Given heat capacity at constant volume)
110Heat capacity at constant volume for ideal gas (given heat capacity at constant pressure)
111Dimensionless heat capacity (given the amount of substance)
112Dimensionless heat capacity (Given the number of molecules in the body)
113Molar heat capacity of an ideal gas (Given degrees of freedom)
114Enthalpy of system (Given Gibbs free energy,internal energy and Helmholtz free energy)
115Internal energy of the system (Given enthalpy,pressure and volume)
116Internal energy of the system (Given Helmholtz free energy,temperature and entropy)
117Internal energy of system (Given Helmholtz free energy,Gibbs free energy and enthalpy)
118Helmholtz free energy (Given internal energy, temperature and entropy)
119Helmholtz energy (Given internal energy, enthalpy and Gibbs free anergy)
120Gibbs energy (Given internal energy, enthalpy and Helmholtz free anergy)
121Entropy of the system (Given Gibbs free energy and enthalpy)
122Entropy of the system (Given Helmholtz free energy and internal energy)
123Change in entropy with constant heat and volume
124Change in entropy with constant heat and pressure
125Change in entropy with constant heat and temperature