JAM BOOSTER Physics (2021)

Eduncle
IIT JAM
70

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

Description

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          We provide guidance to Students aspiring for different Competitive Exams. Our instructors possess several years of experience in teaching. Eduncle.com guide the Students as to how they can improve their performance. The Study Material we provide is well researched by our Experts, which covers exam Syllabus Comprehensively. The innovative approach by us makes the Student more confident at the time of Examination.

Course Structure

          The Curriculum Section of this Course covers the following Content : 

  • 15 Units of Theory

Module: JAM THEORETICAL COURSE - Physics (PH)

  • 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

    • Section 2: DIFFERENTIAL EQUATIONS, COMPLEX ANALYSIS AND MATRICES

        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

    • Section 3: OSCILLATIONS AND WAVES

        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 4: 4. FARADAYS LAW OF ELECTROMAGNETIC 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 10: 10. MAXWELLS POSTULATE DISPLACEMENT 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

    • Section 12: Unit - 4 (SYSTEM OF PARTICLES AND ROTATIONAL MOTION, KINEMATICS)

        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

Average Rating

4.3

13 Ratings

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