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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

69 | Change in entropy(specific heat, volume, pressure or temperature is not all constant) | |

70 | Change in entropy(specific heat, volume, pressure or temperature is not all constant) | |

71 | Efficiency of Carnot heat engine (Carnot's theorem) | |

72 | Maximum efficiency of heat engine (efficiency of Carnot heat engine) | |

73 | Thermal energy transferred between the hot reservoir and the system (Carnot cycle) | |

74 | Thermal energy transferred between the cold reservoir and the system (Carnot cycle) | |

75 | The amount of energy transferred as work (Carnot cycle) | |