# IIT JEE Advanced Physics: Topic Wise Question Banks with Solution

Topic 1. Physical World, Units and Measurements

Topic 2. Motion in a Straight Line

• Topic 2.1 –Distance, Displacement & Uniform Motion
• Topic 2.2 – Non-uniform Motion
• Topic 2.3 – Relative Velocity
• Topic 2.4 – Motion Under Gravity

Topic 3. Motion in a Plane

• Topic 3.1 – Vectors
• Topic 3.2 – Motion in a Plane with Constant Acceleration
• Topic 3.3 – Projectile Motion
• Topic 3.4 – Relative Velocity in Two Dimensions & Uniform Circular Motion

Topic 4. Laws of Motion

• Topic 4.1 – 1st, Ilnd & Illrd Laws of Motion
• Topic 4.1 – Motion of Connected Bodies, Pulley & Equilibrium of Forces
• Topic 4.2 – Friction
• Topic 4.2 – Circular Motion, Banking of Road

Topic 5. Work, Energy and Power

• Topic 5.1 – Work
• Topic 5.2 – Energy
• Topic 5.3 – Power
• Topic 5.4 – Collisions
• Topic 5.5 – Miscellaneous (Mixed concepts) problems

Topic 6. System of Particles and Rotational Motion

• Topic 6.1 – Centre of Mass, Centre of Gravity & Principle of Moments
• Topic 6.2 – Angular Displacement, Velocity and Acceleration
• Topic 6.3 – Torque, Couple and Angular Momentum
• Topic 6.4 – Moment of Inertia and Rotational K.E.
• Topic 6.5 – Rolling Motion
• Topic 6.6 – Miscellaneous (Mixed concepts) problems

Topic 7. Gravitation

• Topic 7.1 – Kepler’s Laws of Planetary Motion
• Topic 7.2 – Newton’s Universal Law of Gravitation
• Topic 7.3 – Acceleration due to Gravity
• Topic 7.4 –Gravitational Field and Potential Energy
• Topic 7.5 – Motion of Satellites, Escape Speed and Orbital Velocity
• Topic 7.6 – Miscellaneous (Mixed concepts) problems

Topic 8. Mechanical Properties of Solids

• Topic 8.1 – Hooke’s Law & Young’s Modulus
• Topic 8.2 – Bulk and Rigidity Modulus and Work Done in Stretching a Wire

Topic 9. Mechanical Properties of Fluids

• Topic 9.1 – Pressure, Density, Pascal’s Law and Archimedes’ Principle
• Topic 9.1 – Fluid Flow, Reynold’s Number and Bernoulli’s Principle
• Topic 9.2 – Viscosity and Terminal Velocity
• Topic 9.3 – Surface Tension, Surface Energy and Capillarity
• Topic 9.4 – Miscellaneous (Mixed concepts) problems

Topic 10. Thermal Properties of Matter

• Topic 10.1 – Thermometer & Thermal Expansion
• Topic 10.2 – Calorimetry and Heat Transfer
• Topic 10.3 – Newton’s Law of Cooling
• Topic 10.4 – Miscellaneous (Mixed concepts) problems

Topic 11. Thermodynamics

• Topic 11.1 – First Law of Thermodynamics
• Topic 11.2 – Specific Heat Capacity and Thermodynamical Processes
• Topic 11.3 – Carnot Engine, Refrigerators and Second Law of Thermodynamics

Topic 12. Kinetic Theory

• Topic 12.1 – Kinetic Theory of an Ideal Gas and Gas Laws
• Topic 12.2 – Speed of Gas, Pressure and Kinetic Energy
• Topic 12.3 – Degree of Freedom, Specific Heat Capacity, and Mean Free Path
• Topic 12.4 – Miscellaneous (Mixed concepts) problems

Topic 13. Oscillations

• Topic 13.1 Displacement, Phase, Velocity and Acceleration in S.H.M.
• Topic 13.2 Energy in Simple Harmonic Motion
• Topic 13.3 Time Period, Frequency, Simple Pendulum and Spring Pendulum
• Topic 13.4 Damped, Forced Oscillations and Resonance

Topic 14. Waves

• Topic 14.1 – Basic of Mechanical Waves, Progressive and Stationary Waves
• Topic 14.2 – Vibration of String and Organ Pipe
• Topic 14.3 – Beats, Interference and Superposition of Waves
• Topic 14.4 –Musical Sound and Doppler’s Effect
• Topic 14.5 – Miscellaneous (Mixed concepts) problems

Topic 15. Electric Charges and Fields

• Topic 15.1 – Electric Charges and Coulomb’s Law
• Topic 15.2 – Electric Field and Electric Field Lines
• Topic 15.3 – Electric Dipole, Electric Flux and Gauss’s Law
• Topic 15.4 – Miscellaneous (Mixed concepts) problems

Topic 16. Electrostatic Potential and Capacitance

• Topic 16.1 – Electrostatic Potential and Equipotential Surfaces
• Topic 16.2 – Electric Potential Energy and Work Done in Carrying a Charge
• Topic 16.3 – Capacitors, Grouping of Capacitor and Energy Stored in a Capacitor
• Topic 16.4 – Miscellaneous (Mixed concepts) problems

Topic 17. Current Electricity

• Topic 17.1 – Electric Current, Drift of Electrons, Ohm’s Law, Resistance and Resistivity
• Topic 17.2 – Combination of Resistances
• Topic 17.3 – Kirchhoff’s Laws, Cells, Thermo e.m.f. Electrolysis
• Topic 17.4 – Heating Effect of Current
• Topic 17.5 – Wheatstone Bridge and Different Measuring Instruments
• Topic 17.6 – Miscellaneous (Mixed concepts) problems

Topic 18. Moving Charges and Magnetism

• Topic 18.1 – Motion of Charged Particle in Magnetic Field
• Topic 18.2 – Magnetic Field Lines, Biot-Savart’s Law and Ampere’s Circuital Law
• Topic 18.3 – Force and Torque on Current Carrying Conductor
• Topic 18.4 – Galvanometer and its Conversion into Ammeter and Voltmeter
• Topic 18.5 – Miscellaneous (Mixed concepts) problems

Topic 19. Magnetism and Matter

• Topic 19.1 – Magnetism, Gauss’s Law, Magnetic Moment, Properties of Magnet
• Topic 19.2 – The Earth Magnetism, Magnetic Materials and their Properties
• Topic 19.3 – Magnetic Equipment
• Topic 19.4 – Miscellaneous (Mixed concepts) problems

Topic 20. Electromagnetic Induction

• Topic 20.1 – Magnetic Flux, Faraday’s and Lenz’s Law
• Topic 20.2 – Motional and Static EMI and Application of EMI
• Topic 20.3 – Miscellaneous (Mixed concepts) problems

Topic 21. Alternating Current

• Topic 21.1 – Alternating Current, Voltage and Power
• Topic 21.2 – AC Circuit, LCR Circuit, Quality and Power Factor
• Topic 21.3 –Transformers and LC Oscillations
• Topic 21.4 –Miscellaneous (Mixed concepts) problems

Topic 22. Electromagnetic Waves

• Topic 22.1 – Electromagnetic Waves, Conduction and Displacement Current
• Topic 22.2 – Electromagnetic Spectrum

Topic 23. Ray Optics and Optical Instruments

• Topic 23.1 – Plane Mirror, Spherical Mirror and Reflection of Light
• Topic 23.2 – Refraction of Light at Plane Surface and Total Internal Reflection
• Topic 23.3 – Refraction at Curved Surface Lenses and Power of Lens
• Topic 23.4 – Prism and Dispersion of Light
• Topic 23.5 – Optical Instruments
• Topic 23.6 – Miscellaneous (Mixed concepts) problems

Topic 24. Wave Optics

• Topic 24.1 – Wavefront, Interference of Light, Coherent and Incoherent Sources
• Topic 24.2 – Young’s Double Slit Experiment
• Topic 24.3 –Diffraction, Polarisation of Light and Resolving Power
• Topic 24.4 – Miscellaneous (Mixed concepts) problems

Topic 25. Dual Nature of Radiation and Matter

• Topic 25.1 – Matter Waves, Cathode and Positive Rays
• Topic 25.2 –Photon, Photoelectric Effect X-rays and Davisson-Germer Experiment
• Topic 25.3 – Miscellaneous (Mixed concepts) problems

Topic 26. Atoms

• Topic 26.1 – Atomic Structure and Rutherford’s Nuclear Model
• Topic 26.2 – Bohr’s Model and the Spectra of the Hydrogen Atom
• Topic 26.3 – Miscellaneous (Mixed concepts) problems

Topic 27. Nuclei

• Topic 27.1 – Composition and Size of the Nuclei
• Topic 27.2 – Mass-Energy Equivalence and Nuclear Reactions