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JEE Main Physics - Electricity and Magnetism

Michel van Biezen via YouTube

Overview

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Master electricity and magnetism concepts through this comprehensive video course designed specifically for JEE Main Physics preparation. Explore fundamental topics including capacitors in series and parallel configurations, Ohm's law, electric and magnetic fields, and electromagnetic waves. Delve into advanced circuit analysis covering RL circuits with initial conditions, RCL resonance circuits, and current dividers. Study semiconductor physics through detailed explanations of transistors, Zener diodes, and extrinsic semiconductors. Learn about electromagnetic phenomena including Coulomb's law, electric flux, magnetic fields of coils, and Lenz's law. Examine practical applications such as transformers, X-ray tubes, and signal modulation techniques including amplitude modulation. Analyze logic gates and digital circuits essential for modern electronics understanding. Investigate wave properties including electromagnetic wave velocity in dielectric media, energy density calculations, and signal attenuation in cables. Practice dimensional analysis and solve complex problems involving electric potential energy, kinetic energy between capacitors, and magnetic moments of bar magnets. Work through stopping potential calculations, photoelectric effect applications, and electromagnetic radiation principles. Apply theoretical knowledge to multi-layered capacitor configurations and square wave inputs to RC circuits, building problem-solving skills crucial for JEE Main success.

Syllabus

JEE Main Physics E & M #1 Capacitors in Series and Parallel
JEE Main Physics E & M #2 Ohm's Law and EMF
JEE Main Physics E & M #3 Charge and Current
JEE Main Physics E & M #4 Transistors
JEE Main Physics E & M #5 The Electric Field
JEE Main Physics E & M #8 Velocity of E & M Wave
JEE Main Physics E & M #9 The Transformer
JEE Main Physics E & M #10 The Zener Diode
JEE Main Physics E & M #11 Zener Breakdown (In a Diode)
JEE Main Physics E & M #12 X-Ray Tube
JEE Main Physics E & M #14 Logic Gates and Logic Circuits
JEE Main Physics E & M #15 RL Circuit with Initial Condition
JEE Main Physics E & M #16 Coulomb's Law and Simple Harmonic Motion
JEE Main Physics E & M #17 Ferromagnetic Material in a Magnetic Field
JEE Main Physics E & M #18 Conductivity and Current
JEE Main Physics E & M #19 Electric Flux
JEE Main Physics E & M #20 Resonance Circuit
JEE Main Physics E & M #21 Speed of an E & M Wave in a Dielectric Medium
JEE Main Physics E & M #22 Attenuation of a Signal in a Cable
JEE Main Physics E & M #23 Diodes in a Circuit
JEE Main Physics E & M #24 Signal Modulation
JEE Main Physics E & M #25 Initial and Steady State Current
JEE Main Physics E & M #26 Moving Charges in a Magnetic Field
JEE Main Physics E & M #27 Electrical Potential Energy and de Broglie Wavelength
JEE Main Physics E & M #28 RCL Circuit
JEE Main Physics E & M #29 Magnetic Field of a Coil
JEE Main Physics E & M #30 Elecric Flux
JEE Main Physics E & M #31 Electric Potential
JEE Main Physics E & M #32 Energy Stored in an Inductor
JEE Main Physics E & M #33 Resonant Circuit
JEE Main Physics E & M #34 Match the Two Lists
JEE Main Physics E & M #35 Electric Flux NOTE: Electric Flux = q / Eo (without A)
JEE Main Physics E & M #36 Amplitude Modulation
JEE Main Physics E & M #37 Kinetic Energy Between Capacitors
JEE Main Physics E & M #38 RCL Circuit
JEE Main Physics E & M #39 Extrinsic Semiconductors
JEE Main Physics E & M #40 Logic Gates Review
JEE Main Physics E & M #41 Logic Gates Combination
JEE Main Physics E & M #42 Dimensional Analysis
JEE Main Physics E & M #43 Coulomb's Law
JEE Main Physics E & M #44 Intensity of Light
JEE Main Physics E & M #45 Coulomb Force
JEE Main Physics E & M #46 Current Divider
JEE Main Physics E & M #48 Stopping Potential
JEE Main Physics E & M #48 (QUICK!) Stopping Potential
JEE Main Physics E & M #49 Electromagnetic Radiation
JEE Main Physics E & M #50 Square Wave Input to an RC Circuit
JEE Main Physics E & M #51 Resitivity and Current
JEE Main Physics E & M #52 Magnetic Moment of a Bar Magnet
JEE Main Physics E & M #53 Len's Law
JEE Main Physics E & M #54 Capacitors: Multi-Layered
JEE Main Physics E & M #55 Energy Density of an E & M Wave

Taught by

Michel van Biezen

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