JEE Physics: Complete Chapter Map and Learning Paths

Choose your Physics task

• Your task

  Verify current exam scope

  Best destination

  Physics syllabus

  What to do there

  Check Main and Advanced separately.

• Your task

  Learn the electricity chain

  Best destination

  Electrostatics

  What to do there

  Build field and potential before circuits.

• Your task

  Repair circuit reasoning

  Best destination

  Current Electricity

  What to do there

  Separate microscopic, component, source, and network reasoning.

• Your task

  Select a new chapter

  Best destination

  Use the complete map below

  What to do there

  Start at the earliest missing prerequisite.

• Your task

  Review a weak attempt

  Best destination

  Use the diagnosis block below

  What to do there

  Classify the cause, repair it, then retest.

Destinations that are not yet built are named rather than linked, so no dead link is rendered.

Physics concept architecture

• Concept system

  Measurement

  Core question

  What does the quantity mean, and how certain is it?

  Suggested dependency chain

  Units and Measurements > every quantitative chapter

• Concept system

  Mechanics

  Core question

  How does motion change under forces and constraints?

  Suggested dependency chain

  Kinematics > Laws of Motion > Work Energy Power > Centre of Mass > Rotation > Gravitation

• Concept system

  Matter and heat

  Core question

  How do many-particle systems respond macroscopically?

  Suggested dependency chain

  Elasticity and Fluids > Thermal Properties > Thermodynamics > Kinetic Theory

• Concept system

  Oscillation and waves

  Core question

  How do systems repeat and disturbances propagate?

  Suggested dependency chain

  Laws of Motion and Energy > SHM > Waves

• Concept system

  Electricity

  Core question

  How do charges create fields, energy, and steady flow?

  Suggested dependency chain

  Electrostatics > Capacitance > Current Electricity

• Concept system

  Magnetism and induction

  Core question

  How do moving charges and changing fields interact?

  Suggested dependency chain

  Current Electricity > Magnetism > Electromagnetic Induction > Alternating Current > Electromagnetic Waves

• Concept system

  Optics

  Core question

  When should light be treated as rays or waves?

  Suggested dependency chain

  Geometry and Trigonometry > Ray Optics > Wave Optics

• Concept system

  Modern Physics

  Core question

  When do classical models stop being sufficient?

  Suggested dependency chain

  Waves and Energy > Dual Nature > Atoms and Nuclei > Main-specific Semiconductors

All approved Physics chapter routes

Scope labels: Both means the topic is present in the current official Main and Advanced syllabi. Main means explicit current Main scope without a corresponding explicit Advanced topic. No current mapping means neither checked 2026 syllabus lists the registry topic. Labels describe scope, not weightage or difficulty.

1. 1.Laws Of Motion

   Both

   Follows Kinematics; supports energy, momentum, rotation, fluids, and oscillations.

2. 2.Electrostatics

   Both

   Charge > field > flux > potential; prerequisite for capacitance and circuit potential reasoning.

3. 3.Modern Physics

   Both, umbrella route

   Organises dual nature, atomic, nuclear, and related modern models.

4. 4.Current Electricity

   Both

   Connects carriers and materials to circuit laws; prerequisite for magnetism and induction.

5. 5.Optics

   Both, umbrella route

   Separates geometric and wave descriptions of light.

6. 6.Waves

   Both

   Builds on oscillations; supports sound, interference, and later wave models.

7. 7.Thermodynamics

   Both

   Connects state variables, energy transfer, and process constraints.

8. 8.Magnetism

   Both

   Requires current and vector direction control; leads to induction.

9. 9.Electromagnetic Induction

   Both

   Changing flux produces emf; leads to inductance and AC circuits.

10. 10.Kinematics

    Both

    Describes motion before asking what causes it.

11. 11.Work Energy Power

    Both

    Alternative state-change method after forces; supports rotation and gravitation.

12. 12.Rotational Motion

    Both

    Extends force, energy, and momentum to rigid bodies.

13. 13.Gravitation

    Both

    Reuses field, potential, energy, and circular-motion ideas in a gravitational system.

14. 14.Fluid Mechanics

    Both

    Uses pressure, force balance, continuity, energy, viscosity, and buoyancy.

15. 15.Simple Harmonic Motion

    Both

    Requires force and energy models; prerequisite for wave reasoning.

16. 16.Units And Measurements

    Both

    Foundation for dimensions, uncertainty, and valid quantitative interpretation.

17. 17.Alternating Current

    Both

    Builds on current, induction, energy, and oscillatory response.

18. 18.Dual Nature Of Matter

    Both

    Connects energy and wave ideas to photons and matter waves.

19. 19.Atoms And Nuclei

    Both

    Uses energy quantisation, atomic models, and nuclear energy relations.

20. 20.Semiconductors

    Main

    Electronic Devices is explicit in Main 2026; no corresponding explicit Advanced section is listed.

21. 21.Ray Optics

    Both

    Uses geometry and sign conventions for imaging and instruments.

22. 22.Wave Optics

    Both

    Uses phase and superposition for interference, diffraction, and polarization.

23. 23.Capacitance

    Both

    Builds from field, potential, conductors, and dielectrics; precedes RC behavior.

24. 24.Electromagnetic Waves

    Both

    Connects changing electric and magnetic fields to propagation and spectrum.

25. 25.Kinetic Theory Of Gases

    Both

    Links microscopic motion to pressure, temperature, and heat capacity.

26. 26.Thermal Properties

    Both

    Covers expansion, calorimetry, phase change, and heat transfer before deeper thermodynamics.

27. 27.Center Of Mass

    Both

    Connects momentum and systems of particles to rotation and collision analysis.

28. 28.Elasticity

    Both

    Connects force, deformation, stress, strain, and material response.

29. 29.Surface Tension

    Both

    Part of current fluid and measurement scope, connected to energy and pressure differences.

Physics previous-year paper access

Diagnose a Physics loss

• Evidence from the attempt

  The governing relationship was not understood

  Primary PI label

  Knowledge Gap

  Correct next action

  Rebuild the model with diagrams, limiting cases, and a small set of direct questions.

• Evidence from the attempt

  The relationship was understood but not retrieved

  Primary PI label

  Recall Gap

  Correct next action

  Use spaced retrieval, formula-condition prompts, and a fresh short set.

• Evidence from the attempt

  The method was right but algebra, sign, unit, diagram, or calculation failed

  Primary PI label

  Execution Error

  Correct next action

  Isolate the execution step and add a checking routine.

• Evidence from the attempt

  The wrong model, method, question order, or time investment was chosen

  Primary PI label

  Decision / Selection Error

  Correct next action

  Compare alternative methods and practise stop or switch rules.

• Evidence from the attempt

  The evidence does not distinguish the cause

  Primary PI label

  Needs Review

  Correct next action

  Collect more evidence before assigning a repair.

Optional metadata may record Contributing Factors and Tag Confidence. Do not diagnose a stable pattern from one ambiguous error.

Related JEE Physics resources

• Parent

  JEE syllabus

• Parent

  Physics syllabus

• Related

  Electrostatics benchmark

• Related

  Current Electricity benchmark

• Related

  JEE Advanced syllabus

• Related

  Chemistry hub

• Related

  Mathematics hub