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Acid Base Catalysis (Contd.), by M. Halder

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Acid Base Catalysis, by M. Halder

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Bifurcation Diagrams. Period 3 Implies Chaos. Characterizing Chaos, by Ramakrishna Ramaswamy

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Chaos in Flows. the Lorenz and Rossler Systems., by Ramakrishna Ramaswamy

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Characterizing the Period-Doubling Route to Chaos, by Ramakrishna Ramaswamy

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Complex Reaction (Contd.), by M. Halder

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Complex Reaction (Contd.), by M. Halder

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Complex Reaction (Contd.), by M. Halder

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Complex Reaction, by M. Halder

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Concluding Remarks, by M. Halder

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Diffusion (Contd..), by P.K. Chowdhury

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Diffusion (Contd.), by P.K. Chowdhury

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Diffusion, by P.K. Chowdhury

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Dipole-Dipole Interaction, by P.K. Chowdhury

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Effect of Temperature on Reaction Rate (Contd.), by M. Halder

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Effect of Temperature on Reaction Rate, by M. Halder

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Electrostatics (Contd..), by P.K. Chowdhury

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Electrostatics (Contd.), by P.K. Chowdhury

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Enzyme Inhibition, by M. Halder

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Experimental Tools, by P.K. Chowdhury

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Fast Reactions (Contd.), by M. Halder

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Fast Reactions, by M. Halder

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Fractals, by Ramakrishna Ramaswamy

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Hydrogen Bonding, by P.K. Chowdhury

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Hydrophobic Effect (Contd.), by P.K. Chowdhury

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Hydrophobic Effect, by P.K. Chowdhury

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Intermittency. Crises, by Ramakrishna Ramaswamy

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Intermolecular Interactions, by P.K. Chowdhury

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Introduction to Solution Phase Reactions Dynamics 01, by Prof.Arijit Kumar De

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Introduction to Solution Phase Reactions Dynamics 02, by Prof.Arijit Kumar De

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Kinetic Isotope Effects, by M. Halder

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Kinetics at Electrodes (Contd.), by M. Halder

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Kinetics at Electrodes, by M. Halder

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Kinetics of some Specific Reactions (Contd.), by M. Halder

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Kinetics of some Specific Reactions, by M. Halder

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Langevin Equation and Brownian Motion (Contd..), by P.K. Chowdhury

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Langevin Equation and Brownian Motion (Contd.), by P.K. Chowdhury

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Langevin Equation and Brownian Motion, by P.K. Chowdhury

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Learning Objectives for Week 3, by Neeraja Dashaputre

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Lec 14: Macroscopic and Microscopic States; Boltzmann Distribution; Canonical Partition Function, by Sandip Paul

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Lec 16: Introduction to Molecular Partition Function, by Sandip Paul

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Lec 21: Problems on Classical Thermodynamics-1, by Sandip Paul

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Lec 22: Problems on Classical Thermodynamics-2, by Sandip Paul

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Lec 23: Problems on Statistical Thermodynamics-1, by Sandip Paul

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Lec 24: Problems on Statistical Thermodynamics-2, by Sandip Paul

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Lec 25: Problems on Statistical Thermodynamics-3, by Sandip Paul

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Lec 27: Ideal Fermi Gas, by Sandip Paul

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Lec 28: Ideal Bose gas;Introduction to Bose-Einstein Condensation, by Sandip Paul

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Lec 29: Bose-Einstein Condensations, by Sandip Paul

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Lec 32: Problems on Statistical Thermodynamics-4, by Sandip Paul

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