Coulomb’s law-in Vector Form part – 2

Lesson List

Electric Charges and Fields

Electrostatic Potential and Capacitance

Electric Potential00:00:00

Electrostatic Potential Energy00:00:00

Electric Potential Due to a Dipole00:00:00

Electric Potential Due to a Point Charge00:00:00

Electric Potential Due to System of Charges00:00:00

Equipotential Surface00:00:00

Relation Between Electric field and Electric Potential00:00:00

Electric Potential Energy for System of 2 Point Charges00:00:00

Electric Dipole00:00:00

Potential Energy of a Dipole in an External Electric Field00:00:00

Potential Energy of 2 Charges in an External Electric Field00:00:00

Conductors Free Charges and Bound Charges00:00:00

Introduction to Capacitors00:00:00

Capacitor Without Dielectric00:00:00

Capacitor in Series00:00:00

Capacitors in Parallel00:00:00

Energy Stored in a Charged Capacitor00:00:00

Numericals – Level 100:00:00

Numericals – Level 200:00:00

Numericals – Level 300:00:00

Current Electricity

Moving Charges and Magnetism

Magnetism and Matter

Electromagnetic Induction

Alternating Current

Alternating Currents Intro00:00:00

Mean or Average Value of AC00:00:00

Root Mean Square Value (RMS)00:00:00

Average Power00:00:00

Average Power Capacitor00:00:00

Average Power Resistor00:00:00

Phasor LCR00:00:00

Average Power in a LCR Circuit00:00:00

Derivation of AC Generator00:00:00

Resistor00:00:00

Series Resonance00:00:00

Parallel Resonance00:00:00

Quality Factor00:00:00

LC Oscillator00:00:00

Skin Effect00:00:00

Types of Wave Forms00:00:00

Capacitor00:00:00

Impedance00:00:00

Inductor00:00:00

Reactance Part – 100:00:00

Reactance Part – 200:00:00

Numericals – Level 100:00:00

Numericals – Level 200:00:00

Numericals – Level 300:00:00

Electromagnetic Waves

Ray Optics & Optical Instruments

Wave Optics

Dual Nature of Radiation & Matter

Light, Corpuscles and Waves00:00:00

Electron Emission00:00:00

Free Electrons in Metals00:00:00

Photoelectric Effect00:00:00

Laws of Photoelectric Emission00:00:00

Experimental Study of Photoelectric Effect00:00:00

Work Function Photoelectric Equation00:00:00

Quantum Theory of Light00:00:00

Calculation of Various Physical Quantities Using Quantum Theory00:00:00

Compton Effect00:00:00

Radiation Force and Pressure00:00:00

Matter Waves00:00:00

De-broglie Wavelength of an Electron00:00:00

Photo-Cells00:00:00

Experimental Demonstration of Wave Nature of Electron (Davisson and Germer Experiment)00:00:00

Intensity of Light00:00:00

Failure of Classical Wave Theory00:00:00

Numericals – Level 100:00:00

Numericals – Level 200:00:00

Numericals – Level 300:00:00

Atoms

Introduction to Atoms00:00:00

History of Atom00:00:00

Thomson’s Model of an Atom00:00:00

Alpha Particle Scattering Experiment Description00:00:00

Distance of Closest Approach00:00:00

Impact Parameter00:00:00

Failure of Rutherford’s Model00:00:00

Bohr’s Postulates00:00:00

Radius of Orbit00:00:00

Speed of Electron00:00:00

Angular Speed00:00:00

Kinetic Energy00:00:00

Spectral Series of Hydrogen & Bohr’s Equation00:00:00

Bohr’s Equation00:00:00

Bohr’s Quantization Condition00:00:00

Limitations of Bohr’s Model & Debroglie’s Explanation00:00:00

Drawbacks of Bohr’s Atomic Model00:00:00

Numericals – Level 100:00:00

Numericals – Level 200:00:00

Nuclei

Semiconductor -Electronics: Materials, Devices and Simple Circuits

Coulomb’s law-in Vector Form part – 2

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Electric Charges and Fields

Coulomb’s Law-in Vector Form part – 100:00:00

Coulomb’s law-in Vector Form part – 200:00:00

Potential Energy Due to a Single Charge in an Electric Field00:00:00

Electric Flux00:00:00

Gauss Law00:00:00

Derivation for Charged Quad00:00:00

Electric Field Due to a Long Charged Ring00:00:00

Torque Acting on a Dipole00:00:00

Uniformly Charged Plane Sheet00:00:00

Uniformly Charged Cylinder00:00:00

Uniformly Charged Sphere00:00:00

Electric Field in General Case00:00:00

Electric Field and Electric Field Intensity00:00:00

Derivation for Charged Rod00:00:00

Electric Field and Electric Field Intensity in Vector Form Part – 100:00:00

Electric Field and Electric Field Intensity in Vector Form Part – 200:00:00

Motion of a Charged Particle in an Electric Field00:00:00

Electric Lines of Force00:00:00

Electric Field Due to Point Charge Distribution Intro00:00:00

Electric Field Due to Point Charge Distribution Part – 100:00:00

Electric Field Due to Point Charge Semi Circle00:00:00

Electric Field Due to a Long Charge Rod at Distance A00:00:00

Redistribution of Charges Part – 100:00:00

Redistribution of Charges Part – 200:00:00

MAX E for a Charged Ring00:00:00

Neutral Point Like Charges00:00:00

Neutral Point Unlike Charges00:00:00

Derivation of Electric Field Intensity Due to a Point Charge +00:00:00

Stable and Unstable Equilibrium00:00:00

Equilibrium of Charges Part – 100:00:00

Equilibrium of Charges Part – 200:00:00

Calculation of Third Charge00:00:00

Triangle Problems Part – 100:00:00

Triangle Problems Part – 200:00:00

Dielectric00:00:00

Reduction of EF Due to Polarization00:00:00

Effect of EF on Polar Dielectrics00:00:00

Effect of EF on Non Polar Dielectrics00:00:00

Numericals – Level 200:00:00

Numericals – Level 300:00:00

Electrostatic Potential and Capacitance

Electric Potential00:00:00

Electrostatic Potential Energy00:00:00

Electric Potential Due to a Dipole00:00:00

Electric Potential Due to a Point Charge00:00:00

Electric Potential Due to System of Charges00:00:00

Equipotential Surface00:00:00

Relation Between Electric field and Electric Potential00:00:00

Electric Potential Energy for System of 2 Point Charges00:00:00

Electric Dipole00:00:00

Potential Energy of a Dipole in an External Electric Field00:00:00

Potential Energy of 2 Charges in an External Electric Field00:00:00

Conductors Free Charges and Bound Charges00:00:00

Introduction to Capacitors00:00:00

Capacitor Without Dielectric00:00:00

Capacitor in Series00:00:00

Capacitors in Parallel00:00:00

Energy Stored in a Charged Capacitor00:00:00

Numericals – Level 100:00:00

Numericals – Level 200:00:00

Numericals – Level 300:00:00

Current Electricity

Current Electricity Introduction00:00:00

Current Density00:00:00

Drift Velocity00:00:00

Drift Velocity Average Relaxation Time00:00:00

Relation Between Current & Drift Velocity00:00:00

Ohm’s Law00:00:00

Derivation of Ohm’s Law00:00:00

Ohm’s Law (Graph)00:00:00

Ohmic and Non Ohmic Devices00:00:00

Non – Ohmic Devices00:00:00

Thermal Motion of Electrons00:00:00

Mechanism of Flow of Electric Current00:00:00

Average Speed of Electron00:00:00

Average Instantaneous Current00:00:00

Variation of Resistance with Temperature00:00:00

Temperature Dependence of Resistance on Metals00:00:00

Temperature Dependence of Resistance on Insulators and Semi-Conductor00:00:00