Electromagnetic Theory | CSIR NET and GATE Physics
This course includes Electromagnetic Theory lectures for CSIR NET and GATE Physics. Educator : Nitin Validity : 4 Months (from day of purchase) Price : Rs. 949/-
₹949.00 ₹949.00
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Course Overview
Schedule of Classes
Course Curriculum
1 Subject
Electromagnetic Theory
198 Learning Materials
Electric Field, Force, Flux, Potential and Dipole
L-1 | Electric Force and Field
L-1 | PDF
L-2 | Problems
L-2 | PDF
L-3 | Continuous Charge System
L-3 | PDF
L-4 | Continuous System 2
L-4 | PDF
L-5 | Continuous System 3
L-5 | PDF
E-6 | Flux
L-6 | PDF
L-7 | Gauss Law Application | Spherical Symmetry
L-7 | PDF
L-8 | Gauss Law Application | Cylindrical, plane Symmetry
L-8 | PDF
L-9 | Cavity | Potential
L-9 | PDF
L-10 | Potential 2
L-10 | PDF
L-11 | Dipole 1
L-11 | PDF
L-12 | Dipole 2
L-12 | PDF
L-13 | Multipole Expansion
L-13 | PDF
L-14 | CSIR NET Problems Multipole
L-14 | PDF
L-15 | Problems Electric field and forces
L-15 | PDF
L-16 | Flux and Potential Problems
L-16 | PDF
L-17 | Flux and Dipole Doubt Session
L-17 | PDF
L-18 | Problems
L-18 | PDF
Poisson's Equation and conductors
L-1 | Laplace and Poisson's Equation
L-1 | PDF
L-2 | Conductors 1
L-2 | PDF
L-3 | Image Method
L-3 | PDF
L-4 | Pressure and Mean Value Theorem
L-4 | PDF
Dielectric and Capacitors
L-1 | Dielectric - Bound Charges
L-1 | PDF
L-2 | Boundary Conditions at interface of two dielectrics
L-2 | PDF
L-3 | Dielectric 3
L-3 | PDF
L-4 | Dielectric Problems and Capacitors-1
L-4 | PDF
L-5 | Capacitors 2
L-5 | PDF
Oscillations and Problem Session
L-1 | Potential Energy
L-1 | PDF
L-2 | Dynamics
L-2 | PDF
L-3 | Doubt Session
L-3 | PDF
L-4 | Conductors and Poisson's Equation Problems
L-4 | PDF
L-5 | Problems
L-5 | PDF
Magnetostatics
L-1 | Current Density
L-1 | PDF
L-2 | Biot Savart's Law
L-2 | PDF
L-3 | Ampere Circuital law
L-3 | PDF
L-4 | Magnetic Flux and Force
L-4 | PDF
L-5 | Magnetic force, Torque and moment
L-5 | PDF
L-6 | Motion of charge Particle 1
L-6 | PDF
L-7 | Motion of Charge Particle 2
L-7 | PDF
L-8 | Problem Session
L-8 | PDF
Electromagnetic Induction
L-1 | EMI 1
L-1 | PDF
L-2 | EMI 2
L-2 | PDF
L-3 | Time varying field and Change of Orientation
L-3 | PDF
L-4 | Problem Session
L-4 | PDF
L-5 | EMI Problems
L-5 | PDF
EM Waves
L-1 | EM Wave 1
L-1 | PDF
L-2 | EM Waves 2
L-2 | PDF
L-3 | EM Waves Problems
L-3 | PDF
L-4 | Conducting Medium Continued
L-4 | PDF
L-5 | EM Wave in Anisotropic Medium
L-5 | PDF
L-6 | EM Wave in Plasma
L-6 | Plasma
L-7 | Wave Impedance
L-7 | PDF
EM Wave at Interface
L-1 | EM Wave at Interface
L-1 | PDF
L-2 | EM Wave Incident at some angle
L-2 | PDF
L-3 | Reflectance and Transmittance
L-3 | PDF
L-4 | Problems
L-4 | PDF
Polarisation
L-1 | Polarisation 1
L-1 | PDF
L-2 | Retardation Plates
L-2 | PDF
Waveguide
L-1 | Propagation in Wave guide
L-2 | Transverse Electric (TE) mode
L-1 and L-2 | PDF
L-3 | Transverse Magnetic (TM) Mode
L-3 | PDF
Lorentz Gauge and moving charge
L-1 | Lorentz Gauge Transformation
L-1 | PDF
Optics
L-1 | Plane Mirrors
L-1 | PDF
L-2 | Refraction and Fermat Principle
L-2 | PDF
L-3 | Lens
L-3 | PDF
L-4 | Thick Lens
L-4 | PDF
L-5 | Interference 1
L-5 | PDF
L-6 | Interference 2
L-6 | PDF
L-7 | Interference 3
L-7 | PDF
L-8 | Interference 4
L-8 | PDF
L-9 | Newton Rings and Michelson Interfermeter
L-9 | PDF
L-10 | Diffraction 1
L-10 | PDF
L-11 | Diffraction 2
L-11 | PDF
L-12 | Diffraction 3
L-12 | PDF
L-13 | Problems 1
L-13 | Problems
L-14 | Problems 2
L-14 | PDF
Optics (extra)
L-1 | Mirrors
L-1 | PDF
L-2 | Mirror and Fermat Principle
L-2 | PDF
L-3 | Lens
L-3 | PDF
L-4 | Problems | Refraction from spherical Surface
L-4 | PDF
L-5 | Problems
L-5 | PDF
L-6 | Interference-1
L-6 | PDF
L-7 | Interference-2
L-7 | PDF
L-8 | Interference-3
L-8 | PDF
L-9 | Newton Rings
L-9 | PDF
L-10 | Miclenson Interferometer
L-10 | PDF
L-11 | Diffraction-1
L-11 | PDF
L-12 | Grating
L-12 | PDF
L-13 | Grating | Polarisation-1
L-13 | PDF
L-14 | Polarisation-2
L-14 | PDF
L-15 | Polarisation-3
L-15 | PDF
L-16 | Problems
Retarded potential and radiations
L-1 | Retarded Potentials
L-1 | PDF
L-2 | Lorentz and Coulomb Gauge
L-2 | PDF
L-3 | Oscillating electric Dipole
L-3 | PDF
L-4 | Magnetic dipole Radiations
L- 4 | PDF
L-5 | Radiation from point charge
L-5 | PDF
Relativistic Electrodynamics
L-1 | Lorentz transformation of electric and Magentic field
L-1 | PDF
L-2 | Potentials transformation & Lorentz Invariance
L-2 | PDF
L-3 | Field Tensor
L-3 | PDF
Course Instructor
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Nitin
113 Courses • 23164 Students
Hold a Master's degree in Physics from IIT Bombay and cracked various National Level Entrance Exams like IIT-JAM, GATE and CSIR-NET exams. With a passion for teaching. I have teaching experience of 4 years in IIT-JAM, CSIR NET, GATE and PGT Phyiscs making me an expert in the field.
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