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Solution Assignment 6-Problems 5 to 8, by Manoj K Harbola

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Understanding Thermal Conductivity of a Metal Using Drude’s Model Part 2, by Manoj K Harbola

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Calculation of Vector Potential for a Given Magnetic Field, by Manoj K Harbola

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Summary of the Course, by Manoj K Harbola

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Time Dependent Schrodinger Equation the Probability Current Density and the Continuity Equation for the Probability Density, by Manoj K Harbola

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Rigid Body Motion I-Degrees of Freedom and Number of Variables Required to Describe Motion of a Rigid Body, by Manoj K Harbola

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Linear Momentum and Centre of Mass, by Manoj K Harbola

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Dry Friction IV-Screw Friction and Rolling Friction, by Manoj K Harbola

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Divergence of a Field, by Manoj K Harbola

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Solved Examples; Equilibrium of Bodies – II, by Manoj K Harbola

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Introduction to Hall Effect in Metals Part-2, by Manoj K Harbola

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Solution for Radial Component of the Wavefunction for the Hydrogen Atom, by Manoj K Harbola

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Bohr’s Model of Hydrogen Spectrum, by Manoj K Harbola

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Understanding Quenching of Orbital Angular Momentum in Transition Metal Ions, by Manoj K Harbola

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Force Due to Distribution of Charges, by Manoj K Harbola

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

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Laplaces Equations in some other Physical Phenomena, by Manoj K Harbola

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Work and Energy II-Definition of Potential Energy for Conservative Forces; Total Mechanical Energy and the Principle of Conservation of Energy, by Manoj K Harbola

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Introduction to Crystals and Bonding in Crystals, by Manoj K Harbola

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Stimulated Emmision and Amplification of Light in a LASER, by Manoj K Harbola

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Bravais Lattice Types Part-2, by Manoj K Harbola

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Simple Harmonic Motion II : Solving the Equation of Motion with Given Initial Conditions, by Manoj K Harbola

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Calculating the Electrical Conductivity of Metal Using Drude’s Model Part-2, by Manoj K Harbola

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Solution Assignment 5-Problems 6 to 11, by Manoj K Harbola

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Solving for Magnetic Field of a Magnet-I, by Manoj K Harbola

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Vector Potential from Current Densities-I, by Manoj K Harbola

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Black Body Radiation V-Wein’s Displacement Law and Analysis for Spectral Density, by Manoj K Harbola

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Donor and Acceptor Energy Levels in a Semiconductor, by Manoj K Harbola

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What is an Electric Field?, by Manoj K Harbola

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Derivation of Wave Equation for Motion of Atoms in a Crystal, by Manoj K Harbola

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