26 | Half-cell reduction potential at room temperature (Nernst equation) | |

27 | Equilibrium constant of a redox reaction (given the standard electrode potential) | |

28 | Equilibrium constant of a redox reaction at room temperature (Given the standard electrode potential) | |

29 | Equilibrium potential across a cell's membrane (the Goldman-GHK equation) | |

30 | Temperature of tnterest (Given vapor pressure and molar enthalpy of vaporization) (The Clausius-Clapeyron equation) | |

31 | Enthalpy of the system (Given internal energy,pressure and volume) | |

32 | Vapor pressure (Given temperature,pressure, enthalpy of vaporization) | |

33 | Temperature of interest (Given equilibrium constant and enthalpy change)(The Van 't Hoff equation) | |

34 | Equilibrium constant (Given temperature and enthalpy change, Van 't Hoff equation) | |

35 | Reaction rate constant (By the Arrhenius equation) | |

36 | Activation energy (by the Arrhenius equation) | |

37 | Number concentrations of the solute gas in the melt phases (Henry's law in geophysics) | |

38 | Number concentrations of the solute gas in the melt phases (Henry's law in geophysics) | |

39 | Height of a liquid column (Capillary action) | |

40 | Cumulative volume of absorbed liquid (Liquid transport in porous media) | |

41 | Cumulative infiltration (Liquid transport in porous media) | |

42 | Wetted length (given Liquid transport in porous media, cumulative liquid intake) | |

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

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

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

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

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

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

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

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