Download Course: Physical Chemistry JC206 (3 Credits) Instructors: S.K. Pati

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Course: Physical Chemistry
JC206 (3 Credits)
Instructors: S.K. Pati and S. Balasubramanian
Course Description:
(Estimated number of hours in brackets)
• Particle in 1-d box, spherical box, Rigid Rotator, Quantum simple
harmonic oscillator, Hydrogen atom, Orbital Shapes, Electronic transitions, Spin, Electronic configuration, Spin-Orbit coupling · · ·
(6)
• Bonding: LCAO, H2 molecule, Valence Bond theory, Excited States,
Diatomic molecules, vibrational, rotational spectra, Molecular Orbital
theory, Electron Correlation, Electronegativity
· · · (6)
• Triatomic molecules, Hybrid orbitals, vibrational modes
· · · (4)
• Large Polyatomic molecules, Complexes, Chirality, Optical rotation,
Magnetic properties of complexes
· · · (3)
• Intermolecular forces
· · · (2)
• Basics of Thermodynamics
· · · (2)
• Chemical Equilibria
· · · (2)
• Statistical mechanics of gases
· · · (3)
• Statistical mechanics of liquids
· · · (3)
• Phase Equilibria, Phase transitions
· · · (3)
• Electrolytes
· · · (4)
• Chemical Kinetics
· · · (5)
Total :
43 hours
Course Textbooks:
Primary: “Physical Chemistry” by R.S. Berry, S.A. Rice, and J. Ross (Oxford, 2nd Edition)
Secondary: “Physical Chemistry: A Molecular Approach” by D.A. McQuarrie and J.D. Simon
Tertiary: “Physical Chemistry” by P.W. Atkins
Reference Books:
1. “Quantum Chemistry” by I.N. Levine
2. “Modern Quantum Chemistry” by Szabo and Ostlund
3. “Statistical Mechanics” by D.A. McQuarrie
1
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