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Finite Well, Delta and Step Functions, by K.L. Sebastian

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First and Second Order Linear Differential Equations, by K. Mangala Sunder

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General Introduction and Prospects, by S. P. Rath

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Generalized Uncertainty Principle-Continued, by K.L. Sebastian

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Generalized Uncertainty Principle, by K.L. Sebastian

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Harmonic Oscillator-Generating Function, by K.L. Sebastian

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Harmonic Oscillator-Orthogonality of Eigenfunctions, by K.L. Sebastian

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Harmonic Oscillator-The Series Solution, by K.L. Sebastian

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He Atom Wave Function with Spin Included-Paulis Principle, by K.L. Sebastian

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Hermite Polynomials, by K. Mangala Sunder

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Huckel MO Theory Continued, by K.L. Sebastian

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Hybridization Huckel Theory, by K.L. Sebastian

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Hydrogen Atom : Finding the Functions Θ(Θ) and Φ(Φ), by K.L. Sebastian

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Hydrogen Atom Continued : Separation of Variables, by K.L. Sebastian

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Hydrogen Atom: Polar co-Ordinates, by K.L. Sebastian

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Hydrogen Atom: Separating Centre of Mass Motion and Integral Motion, by K.L. Sebastian

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Hydrogen Molecular Ion-Continued, by K.L. Sebastian

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Hydrogen Molecular Ion-Continued, by K.L. Sebastian

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Hydrogen Molecular Ion-Linear Variation Method, by K.L. Sebastian

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Identification from Intensity Statistics the Presence of 2 Fold Axis in Lattice, by Prof.Angshuman Roy Choudhury

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Introduction to Bimolecular Reaction Dynamics 01, by Prof.Arijit Kumar De

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Introduction to Bimolecular Reaction Dynamics 02, by Prof.Arijit Kumar De

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Introduction to Bimolecular Reaction Dynamics 03, by Prof.Arijit Kumar De

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Introduction to Bimolecular Reaction Dynamics 04, by Prof.Arijit Kumar De

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Introduction to Harmonic Oscillators, by K. Mangala Sunder

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Introduction to Receptors, by Harinath Chakrapani

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Introduction to Statistical Thermodynamics 03, by Prof.Arijit Kumar De

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Introduction, Stability, Phase Space & Invariant Sets-1, by Ramakrishna Ramaswamy

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Introduction, Stability, Phase Space & Invariant Sets-2, by Ramakrishna Ramaswamy

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Introduction, Stability, Phase Space & Invariant Sets-3, by Ramakrishna Ramaswamy

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Language of Chemistry or chemical equations and how to master them

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SKU: D-G-5526

Laue’s and Bragg’s Analysis, by Prof.Angshuman Roy Choudhury

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Learning Objectives for Week 2, by Neeraja Dashaputre

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Lec 10: Concept of Activity and Activity Coefficients; Debye-Huckel Limiting Law, by Sandip Paul

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Lec 11: Phase Diagram of one Component Systems, by Sandip Paul

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Lec 12: Phase Diagram of Two Component Systems, by Sandip Paul

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Lec 13: Phase Diagram of Three Component System; One Dimensional Random Walk, by Sandip Paul

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Lec 15: Calculation of Different Thermodynamical Quantities Using Canonical Partition Function, by Sandip Paul

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Lec 17: Translational, Electronic and Nuclear Partition Function, by Sandip Paul

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Lec 18: Rotational Partition Function, by Sandip Paul

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Lec 19: Vibrational Partitition Function; Introduction to Grand Canonical Ensemble, by Sandip Paul

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Lec 20: Grand Canonical Distribution; Introduction to Microcanonical Ensemble, by Sandip Paul

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Lec 26: Fermi-Dirac and Bose-Einstein Statistics, by Sandip Paul

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Lec 30: Nuclear Spin Statistics; Ortho-And Para-Hydrogens, by Sandip Paul

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Lec 31: Specific Heats of Solids, by Sandip Paul

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Lec 5: Gibbs and Helmholtz Free Energy, by Sandip Paul

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Lec 6: Introduction to Chemical Potential, by Sandip Paul

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Lec 7: Clapeyron Equation and Phase Transition; Concept of Fugacity, by Sandip Paul

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Lecture 01 : Introduction, by Rajarshi Samanta

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Lecture 01-Introduction : Motivation & Overview, by Debabrata Goswami

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