JAM BOOSTER Physics (2021)


This Course is designed and developed by a team of Highly Experienced and Qualified Faculties. It covers entire Syllabus and promise to make Student full prepared to give IIT JAM Exam with confidence.

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  • Detailed Theory to Leave no Doubt
  • Complete Syllabus Covered
  • Easy to Understand Format
  • Highly Experienced and Qualified Faculty
  • Result Oriented Study Material


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Course Structure

          The Curriculum Section of this Course covers the following Content : 

  • 15 Units of Theory


  • Subject: Physics (PH)
    • Section 1: CALCULUS

        Attachments 1: Calculus of Single and Multiple Variables

        Attachments 2: Multiple Integral

        Attachments 3: Partial Derivative

        Attachments 4: Jacobian

        Attachments 5: Imperfect and Perfect Differentials

        Attachments 6: Vectors

        Attachments 7: Fourier Series

        Attachments 8: Taylors Theorem


        Attachments 1: Divergence

        Attachments 2: Stoke’s Theorem

        Attachments 3: Green’s Theorem

        Attachments 4: Linear Differential Equations with Constant Coefficients

        Attachments 5: Matrix

        Attachments 6: Determinants

        Attachments 7: Algebra of Complex Number


        Attachments 1: Simple Harmonic Oscillator

        Attachments 2: Superposition of One, Two or More Simple Harmonic Oscillators

        Attachments 3: Lissajous Figures

        Attachments 4: Free, Damped, Forced and Maintained Oscillations

        Attachments 5: Resonance

        Attachments 6: Waves

        Attachments 7: Other Factors-Group Velocity and Phase Velocity

        Attachments 8: Sound and Sound Waves

        Attachments 9: Doppler Effect

    • Section 4: OPTICS

        Attachments 1: Fermet Principal

        Attachments 2: Mirror and Types or Mirror

        Attachments 3: Lens

        Attachments 4: Principle of Superposition of Light Waves

        Attachments 5: Interference of Light

        Attachments 6: Young’s Doubles Slit Experiment

        Attachments 7: Fresnel’s Bi-Prism Experiment

        Attachments 8: Retardation

        Attachments 9: Diffraction

        Attachments 10: Rayleigh Criterion & Resolving Power

        Attachments 11: Diffraction Grating

        Attachments 12: Polarization of Light

        Attachments 13: Polarisation by Reflection

        Attachments 14: Double Refraction

        Attachments 15: Polarodis

        Attachments 16: Optical Rotation

    • Section 5: ELECTRICITY

        Attachments 1: Electricity

        Attachments 2: Coulomb’s Law

        Attachments 3: Electric Field

        Attachments 4: Electric Potential

        Attachments 5: Boundary Conditions

        Attachments 6: Laplace’s Equation

        Attachments 7: Conductors

        Attachments 8: Capacitor and Capacitance

        Attachments 9: Dielectrics

        Attachments 10: Polarization

        Attachments 11: Electrostatic energy

    • Section 6: MAGNETISM

        Attachments 1: 1. BIOT-SAVART LAW

        Attachments 2: AMPERES LAW

        Attachments 3: 3. ELECTRO MAGNETIC INDUCTION


        Attachments 5: 5. SELF INDUCTANCE

        Attachments 6: 6. MUTUAL INDUCTANCE

        Attachments 7: 7. TRANSFORMER

        Attachments 8: 8. ELECTRIC CURRENT (I)

        Attachments 9: 9. ALTERNATING CURRENT


        Attachments 11: 11. PLANE ELECTROMAGNETIC WAVES

    • Section 7: Unit-3 (Mechanics)

        Attachments 1: 1. Introduction to Mechanics

        Attachments 2: 2. Force

        Attachments 3: 3. Newtons Laws of Motion

        Attachments 4: 4. Motion of Bodies in Contact

        Attachments 5: 5. Spring-Mass System

        Attachments 6: 6. Projectile Motion

        Attachments 7: 7. Friction and Frictional Force

        Attachments 8: 8. Uniform Circular Motion

        Attachments 9: 9. Frame of Reference

        Attachments 10: 10. Uniformly Rotating Frame

        Attachments 11: 11. Fictitious or Pseudo Forces

        Attachments 12: 12. Coordinate System

        Attachments 13: 13. Motion under a Central Force

        Attachments 14: 14. Gravitational Law and Field

        Attachments 15: 15. Kepler’s Laws (Valid for Inverse-Square Force Field)

        Attachments 16: 16. Virial Theorem

        Attachments 17: 17. Conservative and Non-Conservative Forces

    • Section 8: Unit-11 (Special Theory of Relativity and Nuclear Physics)

        Attachments 1: Special Theory of Relativity

        Attachments 2: Nuclear Physics

    • Section 9: Unit-13 (Solid State Physics)

        Attachments 1: Introduction to Solids

        Attachments 2: Miller Indices

        Attachments 3: Crystal Structures

        Attachments 4: Crystal Planes

        Attachments 5: Reciprocal Lattice

        Attachments 6: X-Ray Diffraction (XRD)

        Attachments 7: Brillouin Zones (BZ) and Band Theory

        Attachments 8: Semiconductors

        Attachments 9: Fermi Level

        Attachments 10: Temperature Dependency of Electrical Resistivity and Conductivity

        Attachments 11: PN Junction

    • Section 10: Unit-14 (Analog Electronics)

        Attachments 1: NETWORK THEORY

        Attachments 2: SEMICONDUCTOR PHYSICS

        Attachments 3: ZENER DIODE

        Attachments 4: TRANSISTORS

        Attachments 5: Operational Amplifier

        Attachments 6: Filter Circuits

        Attachments 7: Clippers

        Attachments 8: Clampers

        Attachments 9: Amplifiers

        Attachments 10: SINUSOIDAL OSCILLATORS

    • Section 11: Unit-15 (Boolean Algebra)

        Attachments 1: Number Systems and Arithmetics

        Attachments 2: Logic Gate


        Attachments 1: System of Particles

        Attachments 2: Center of Mass and Equation of Motion of The CM

        Attachments 3: Conservation of Linear and Angular Momentum

        Attachments 4: Conservation of Energy

        Attachments 5: Conservative Force and Potential Energy

        Attachments 6: The Potential Energy Curve

        Attachments 7: Application of Conservation Laws

        Attachments 8: Stability Analysis

        Attachments 9: Collisions

        Attachments 10: Rigid Body Motion

        Attachments 11: Moments of Inertia and Products of Inertia

        Attachments 12: Moment of Inertia of Uniform Objects

        Attachments 13: Kinematics of Moving Fluids

        Attachments 14: Viscous Force, Viscosity And Coefficient of Viscosity

        Attachments 15: Buoyant Force

        Attachments 16: Equation of Continuity

        Attachments 17: Bernoulli’s Theorem

        Attachments 18: Euler’s Equation

        Attachments 19: Degree of Freedom (DOF)

    • Section 13: Unit - 9 (Kinetic Theory & Thermodynamics)

        Attachments 1: Kinetic theory of Gases

        Attachments 2: Specific Heat and Vander Waal Gas

        Attachments 3: Black Body Radiation

        Attachments 4: Maxwells Speed Distribution

        Attachments 5: Equipartition Theorem or Equipartition Principle

        Attachments 6: Introduction to Thermodynamics

        Attachments 7: Law of Thermodynamics

        Attachments 8: Entropy

        Attachments 9: Thermodynamic Potentials

        Attachments 10: Thermodynamic Relations

        Attachments 11: Chemical Potential (m)

        Attachments 12: Phase Transitions

    • Section 14: Unit - 10 (Statistical Mechanics)

        Attachments 1: Statistical Mechanics

        Attachments 2: Ensembles

        Attachments 3: Distribution Law

    • Section 15: Unit - 12 (MODERN PHYSICS AND QUANTUM PHYSICS)

        Attachments 1: Failure of Classical Mechanics

        Attachments 2: Bohr’s Atomic Model, X-Rays and Wave-Particle Duality

        Attachments 3: X-Rays (Used In Gate In FMTP)

        Attachments 4: Wave Aspect of Particles

        Attachments 5: Wave Functions and Operators

        Attachments 6: Heisenberg’s Uncertainity Prinicple and Its Applicatiopns

        Attachments 7: Hermitian Operators

        Attachments 8: Commutation Relation Between Position and Momentum

        Attachments 9: Time Independent and Time Dependent Schrodinger Equation

        Attachments 10: Eigenvalues and Eigenfunctions

        Attachments 11: Postulates of Quantum Mechanics

        Attachments 12: Bound State and Particle in a One-Dimensional Box

        Attachments 13: Potential Step and Potential Barrier

        Attachments 14: Linear Harmonic Oscillator

        Attachments 15: Multi Dimensional Potential

        Attachments 16: Identical Particles

        Attachments 17: Pauli Spin Theory

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Review & Ratings

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13 Ratings

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Mohd Azhar

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Govind sharma

Every one should read this course

Gouri K G

Nice Course


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Right place with this kind of product

durga shankar meena

I suggest to everyone this course.


It really boost up my concept as course name.


illustrative theory. Thank you

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Daksh Patel

Theoretical concepts cleared my all doubts.


Just amazing.