203-A Statistical Mechanics (Paper No.: 203-A) Course Instructor: Dr. Ram Kuntal Hazra Course_material_1Download Statistical-MechanicsDownload Translational Partition Function (Monoatomic Gas)Download Translational-Partition-Function-using-Density-of-States-MethodDownload Appendix-Density-of-StatesDownload Electronic-and-Nuclear-Partition-FunctionsDownload Thermodynamic-functions-of-rotational-motion-AB-type-Diatomic-MoleculeDownload Translational-Partition-Function-Monoatomic-Gas-1Download Entropy-and-Chemical-Potential-of-Monoatomic-GasesDownload Fraction-of-Monoatomic-Gases-at-Different-Energy-LevelsDownload Gibbs-Paradox-and-IndistinguishabilityDownload GibbsParadox_TuckermanDownload Diatomic-Molecular-Partition-functionDownload Diatomic-Molecule-Vibrational-Partition-FunctionDownload Partition-Function-at-0°K-EvibrationDownload Specific-Heat-of-Diatomic-Molecule-Vibrational-ModeDownload Rotational-Partition-Function-Diatomic-Molecule-High-T-LimitDownload Rotational-Partition-Function-Diatomic-Molecule-AB-type-corrected-versionDownload Thermodynamic-functions-of-rotational-motion-AB-type-Diatomic-Molecule-1Download Symmetry-and-Rotational-Partition-Function-Polyatomic-MoleculesDownload Electronic-Partition-Function-Thermodynamic-functions-Diatomic-MoleculeDownload Tut1-203-2015Download Tut2-203-2015Download Tut3-203-2015Download Tut4-203-2015Download Tut5-203-2015Download Tut6-203-2015Download Tut7-203-2015Download Tut8-203-2015Download Course Instructor: Dr. Damini Sood Translational-Partition-FunctionDownload Electronic-Nuclear-Partition-functionDownload Thermodynamic-Functions-of-Monoatomic-GasesDownload Vibrational-Partition-FunctionDownload Specific-heat-of-Diatomic-MoleculesVib.-ModeDownload Rotational-Partition-Function-for-Diatomic-GasesDownload Course Instructor: Dr. Priya Singh 1st-pageDownload 2nd-pageDownload 3rd-pageDownload Translational-Partition-Function-Priya-SinghDownload
