Practice Session - Part I

Vector Analysis

Electrostatics: Coulomb's Law, Principle of Superposition, and Electric Potential

Electrostatics: Gauss' Law, Electric Field on Shell, and Problem Solving

Electrostatics: Work Done in Electrostatics and Electrostatics Energy

Electrostatics: Boundary Condition, Basic Properties of Conductor, and Problem Solving

Electrostatics: Multiple Expansion and Electric Dipole

Electrostatics: Polarization, Linear Dielectric, and Problem Solving

Electrostatics

Magnetostatics: Magnetic Field Expression, Ampere's Law, and Field of a Toroid - I

Magnetostatics: Magnetic Field at Centre, Vector Potential, and Boundary Condition - II

Magnetostatics: Magnetization, Electromagnetic Induction, and Maxwell Equation - III

Maxwell Equation In Free Space & Integral Form and Dynamics Of Charged Particles

Magnetostatics

Magnetic Properties of Solids & Problem Solving

Superconductors, Meissner Effect & Problem Solving

Magnetic Properties and Types of Bonding in Solids with Problem Solving

Magnetic Fields in Matter

Magnetostatics: Electro Dynamics and EMF with Problem Solving

Mechanics and Electrodynamics: Concept Explanation

Energy Flux and Electromagnetic Wave: Concept and Problem Solving

Magnetostatics-II: Problem Solving

Electromagnetic Wave in Different Mediums: Concept Explanation

Polarisation and Amplitude: Concept Explanation

Formula of Electrodynamics & Electrostatics: Concept Explanation

Electrodynamics

Meson & Baryon Family and Conservation Laws

Universal/Exact & Non-Exact Conservation Laws

Non-Exact Conservation Laws & Its Types

C.P Violation in Natural Kions, Resonance Particles, and Bargain Ortate & Messon

Meson Nonent and Baryon Resonance with Problem Solving

Energy and Momentum in Particle Decay: PYQs I

Energy and Momentum in Particle Reaction: PYQs I

Dominant Interaction & Violet Conservation Law and Quark: Problem Solving

Conservation Law

EM Waves: Characteristics, Properties, and Radiation Impedance

EM Waves: Energy Density, Poynting Theorem, Intensity, and EM Momentum

EM Waves: Conducting, Non-Conducting & Dispersive Medium

Phase & Gauge Transformation: Concept & Problem Solving

EM Waves: Problem Solving

EM Waves: Problem Solving Part II

EM Wave: Problems solving and Polarization of EM Wave

Polarization, Linear Polarized Light, Plane Polarized Light, and Vertical Polarized Light

Elliptically Polarized, Problems of Elliptically Polarized, EM Wave in Linear Medium, and Normal Incidence 

Normal Incidence, Oblique Incidence, Perpendicular, and Parallel Component of Electric Field

Electromagnetic Waves

Interference & Diffraction: EM Waves and Reflection & Transmission Coefficient - I

Interference & Diffraction: Potential & Field Formulation and Gauge Transformation - II

Potential and Fields

Radiation, Power, and Oscillating Electric Dipole

Magnetic Dipole Radiation and Problem Solving

Radiation

Special Theory of Relativity: Postulate & Effects of STR and Twin’s & Ladder Paradox- I

Special Theory of Relativity: Lorentz Transformation, Length Contraction, and Relativistic Velocity Addition- II

Special Theory of Relativity: Relativistic Doppler Effect and Longitudinal Doppler Shift with Problem Solving- III

Special Theory of Relativity: Problem Solving & Doubt Clearing- IV

Special Theory of Relativity: Mass-Energy Equivalence and Variation of Mass & Energy- V

Special Theory of Relativity: Lorentz Transformation of Energy and Momentum with Problem Solving- VI

Special Theory of Relativity: Four Momentum Vector, Compton’s Effect, and Conservation of Momentum- VII

Special Theory of Relativity: Problem Solving- VIII

Special Theory of Relativity: Rigid Body Dynamics & Problem Solving- IX

Special Theory of Relativity: Euler’s Equation of Motion & Problem Solving- X

Electrodynamics and Relativity

Electromagnetic Theory

Physical Sciences

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CSIR-UGC NET

NET Exams

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Test Preparation

In this course, Surbhi Upadhyay will cover Physical Science in 25 days, comprising 25 sessions with a duration of 90 minutes each. The course will be covered in Hindi and the notes will be provided in English. It will be helpful for students who are preparing for CSIR-UGC NET Exams.

Revision Course on EMT with PYQs

In this course , Educator will discuss the complete strategy plan of each book for CSIR DEC 2024 aspirants. Also Educator will give a complete overview of each book. This course will be very beneficial for CSIR UGC NET Dec 2024 aspirants. The language of this course will be in Hindi and the notes will be provided in English.

Bridge Course on Physical Science for CSIR DEC 2024

This will be a detailed course on electromagnetic theory. This course will be important for all those learners who are preparing for exams like CSIR NET, JEST, TIFR and other exams. Notes will be provided in English.

Course On Electromagnetic Theory - CSIR NET Dec 2024

In this course, Surbhi Upadhyay will cover Electromagnetic Theory. The following topics of the Theory of Vector Fields, Dirac Delta Function, and Vector Algebra will be discussed in detail. It will be helpful for students preparing for the CSIR-UGC NET Exams. The course will be completed in approximately 1 month which comprises 28 sessions with a duration of 90 minutes each. The course will be covered in Hindi and notes will be provided in English.

Detailed Course on Electromagnetic Theory for CSIR-NET

This will be a practice course on electricity and magnetism. This course will be important for all those learners who are preparing for exams like CSIR UGC NET. The Classes will be conducted in Hindi and the Notes will be provided in English.

Practice Course on Electricity and Magnetism

In this course , Educator will discuss the latest previous year numerical problems of CSIR NET Physical Science. This course will be very helpful for aspirants who are preparing for CSIR NET GATE JEST TIFR examinations. The language of this course will be in Hindi and the notes will be provided in English.

Latest PYQ's Course on Physical Science for CSIR DEC 2024

In this course, Surbhi Upadhyay will cover Electromagnetic Theory. The following topics of the Theory of Vector Fields, Dirac Delta Function, and Vector Algebra will be discussed in detail. It will be helpful for students preparing for the CSIR-UGC NET Exams. The course will be completed in approximately 45 days which comprises 36 sessions with a duration of 90 minutes each. The course will be covered in Hindi and notes will be provided in English.

Detailed Course on Electromagnetic Theory - CSIR-UGC NET

In this course, Surbhi Upadhyay will cover Electromagnetic Theory. The following topics of the Theory of Vector Fields, Dirac Delta Function, and Vector Algebra will be discussed in detail. It will be helpful for students preparing for the CSIR-UGC NET Exams. The course will be completed in approximately 1 month which comprises 25 sessions with a duration of 90 minutes each. The course will be covered in Hindi and notes will be provided in English.

In this course, Surbhi Upadhyay will cover Physical Science in 10 days, comprising 10 sessions with a duration of 60 minutes each. The course will be covered in Hindi and the notes will be provided in English. It will be helpful for students who are preparing for CSIR-UGC NET Exams.

Electromagnetic Theory

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Vector Analysis

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Electrostatics

Notes

Practice

Magnetostatics

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Practice

Magnetic Fields in Matter

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Electrodynamics

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Conservation Law

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Electromagnetic Waves

Notes

Practice

Potential and Fields

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Radiation

Notes

Electrodynamics and Relativity

Notes

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