**Hafta ** |
**Konu ** |

**1** |
17 September; Introduction: Summary of Thermodynamics (0th, 1st,2nd and 3rd laws). Reminding basic concepts. |

**2** |
24 September; Variation of Gibbs Free Energy with pressure and temperature : Single and Multi-component systems. Chemical potential. |

**3** |
1 October; State Functions: Virial Expansions and fugacity. Chapter exercises. |

**4** |
8 October; Gibbs phase rule. Phase diagrams of single component system. The location of phase boundaries. |

**5** |
15 October; Clapeyron and Clasius-Clapeyron Equations. First and Second order phase transitions. Phase diagram of pure substances. Chapter Exercises. |

**6** |
22 October; Simple Mixtures: Partial Molar quantities. Gibbs – Duhem Equation. Enthalpy, entropy and Gibbs energy of mixtures. |

**7** |
29 October; National Holiday – Republic Day |

**8** |
5-9 November; Break |

**9** |
12 November; Ideal and Ideal-dilute solutions: Roult’s law and Henry’s Laws. Thermodynamics of real solutions. Ideal solubility. |

**10** |
19 November; Colligative properties: The elevation of boiling point, the depression of freezing point, vapor pressure and osmotic pressure, Activity and activity coefficient. Chapter exercises. |

**11** |
26 November; Phase diagrams of two-component systems. P-X and T-X diagrams of miscible mixtures. |

**12** |
3 December; Distillation of azeotrope, partially miscible and immiscible liquid-liquid systems. Solid-liquid phase diagrams of solid-solid systems. Composite phase diagrams, ultra purity and controlled impurity. |

**13** |
10 December; Reaction Gibbs Free Energy, The composition of reactions at equilibrium |

**14** |
17 December; Effect of temperature and pressure on equilibrium, van’t Hoff equation. |

**15** |
24 December; Thermodynamics and electromotive force, Gibbs-Helmholtz equation and Nernst Equation. |