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Summary and Discussions of Sommerfeld’s Model, by Manoj K Harbola

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Work and Energy I-Work Energy Theorem; Conservative and Non-Conservative Force Fields, by Manoj K Harbola

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Forces in Different Geometric Configuration, by Manoj K Harbola

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Simple Harmonic Motion XII-Oscillations of an Un-Damped Harmonic Oscillator Subjected to an Oscillatory Force, by Manoj K Harbola

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Reciprocal Lattice Vectors Part-2, by Manoj K Harbola

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Reciprocal Lattice Vectors Part-1, by Manoj K Harbola

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Black Body Radiation IV-Stephen’s Boltzman Law, by Manoj K Harbola

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Different Elements and Associated Forces and Torques-I, by Manoj K Harbola

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Introduction to Sommerfeld’s Theory of Electrons in a Metal Part-2, by Manoj K Harbola

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Average Energy of Phonons at Temperature T, by Manoj K Harbola

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Reciprocity Theorem for Conductors-II, by Manoj K Harbola

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Solution Problem Set 7, by Manoj K Harbola

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Elecrostatics in Presence of Dielectric Materials, by Manoj K Harbola

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Method of Virtual Work I-Degrees of Freedom, Constraints and Constraint Forces, by Manoj K Harbola

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Simple Harmonic Motion XIII-Oscillations of a Forced Damped Harmonic Oscillator I, by Manoj K Harbola

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Matter Waves and their Experimental Detection, by Manoj K Harbola

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Properties of Plane Surfaces VII-Transformation of Second Moment and Product of an Area under Rotation of Coordinate Axes, by Manoj K Harbola

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Rigid Body Motion VIII (Fixed Axis Rotation)-Solved Examples for Calculating Moment of Inertia and Conservation of Angular Momentum, by Manoj K Harbola

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Scattering of X Rays from Crystals Part 2, by Manoj K Harbola

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Uniqueness of the Solution of Laplace’s and Poisson’s Equations, by Manoj K Harbola

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Simple Harmonic Motion VII-Harmonic Oscillator with Velocity-Dependent Damping (Heavy Damping), by Manoj K Harbola

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Properties of Plane Surfaces VI-Parallel Axis Transfer Theorem for Second Moment and Product of an Area, by Manoj K Harbola

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Heisenberg’s Formulation of the Quantum Mechanics : Application to Harmonic Oscillator, by Manoj K Harbola

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Concept of Hole as a Current Carrier in Semiconductors-II, by Manoj K Harbola

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Interaction of Atoms with Radiation : Eienstien’s a and B Coefficients, by Manoj K Harbola

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Postulates of Drude’s Theory, by Manoj K Harbola

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Calculating Carrier Density in Semiconductors-I, by Manoj K Harbola

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Work and Energy III-Two Solved Examples Using Conservation Principles, by Manoj K Harbola

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Curl of a Field-I, by Manoj K Harbola

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End-Of-The-Course Review, by Manoj Datta

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