101 | Wetted length (given liquid transport in porous media, sorptivity, porosity ) | |

102 | Liquid-air surface tension (Capillary action) | |

103 | Density of liquid (given liquid-air surface tension,capillary action) | |

104 | Radius of tube (given liquid-air surface tension,density,height of liquid column, Capillary action) | |

105 | Volume of the pores (Measuring porosity by gas expansion method) | |

106 | Porosity (Measuring by gas expansion method) | |

107 | Specific heat at constant pressure (Mayer\'s Relation) | |

108 | Specific heat at constant volume (Mayer's Relation) | |

109 | Heat capacity at constant pressure for ideal gas (Given heat capacity at constant volume) | |

110 | Heat capacity at constant volume for ideal gas (given heat capacity at constant pressure) | |

111 | Dimensionless heat capacity (given the amount of substance) | |

112 | Dimensionless heat capacity (Given the number of molecules in the body) | |

113 | Molar heat capacity of an ideal gas (Given degrees of freedom) | |

114 | Enthalpy of system (Given Gibbs free energy,internal energy and Helmholtz free energy) | |

115 | Internal energy of the system (Given enthalpy,pressure and volume) | |

116 | Internal energy of the system (Given Helmholtz free energy,temperature and entropy) | |

117 | Internal energy of system (Given Helmholtz free energy,Gibbs free energy and enthalpy) | |

118 | Helmholtz free energy (Given internal energy, temperature and entropy) | |

119 | Helmholtz energy (Given internal energy, enthalpy and Gibbs free anergy) | |

120 | Gibbs energy (Given internal energy, enthalpy and Helmholtz free anergy) | |

121 | Entropy of the system (Given Gibbs free energy and enthalpy) | |

122 | Entropy of the system (Given Helmholtz free energy and internal energy) | |

123 | Change in entropy with constant heat and volume | |

124 | Change in entropy with constant heat and pressure | |

125 | Change in entropy with constant heat and temperature | |