Physics

Bounded by the Class 9–10 board syllabus. Excludes torque, moment of inertia, rolling motion and angular momentum; simple harmonic motion; continuity, Bernoulli and viscous flow; wave interference, standing waves and the electromagnetic spectrum; and total internal reflection with its optical-fibre applications — all Class 11–12 material. Includes the board treatment of light: plane and spherical mirrors, refraction, the lens formula, focal length and power, and dispersion through a prism. Static electricity is included only at the qualitative level boards actually test it — charging by friction, contact and induction, and the everyday phenomena of sparks and lightning. Current electricity covers circuits, Ohm's law, series and parallel combinations and practical fault-finding, plus the magnetic effect of a current through solenoids and electromagnets. Coulomb's law as a calculation, electric field superposition, potential and equipotentials, capacitance, RC circuits and Kirchhoff's laws are all Class 11–12 material and are excluded. The magnetic effects unit now runs through field lines, the force on a conductor, induction, and the motor and generator. Heat is included at the board's own level: temperature against heat, specific heat capacity, the three modes of transfer, and latent heat with change of state. The gas laws, the four laws of thermodynamics, entropy and heat engines are Class 11–12 material and are excluded. Domestic wiring and safety are on this syllabus but are not yet authored on this platform. Relativity is not board material at any level of this syllabus and is excluded entirely: the Modern Physics module is on the Learn surface and reachable by any learner, but no part of it belongs to this Program. The same is true of quantum physics: none of it — not the photoelectric effect, not the Bohr model, not spectra — appears before Class 11, so the Quantum Physics module lends this Program nothing either.

Follows the JEE Main and Advanced syllabus for the classical-mechanics, waves, ray-optics and electrostatics cluster, structured by JEE's own topic blocks rather than by school year. Includes the rigid-body content — rolling motion, the physical pendulum, dynamic lift — that carries JEE marks and sits outside the rationalised NCERT boundary. Excludes the descriptive free-fall and hydraulic-machinery chapters, which carry no JEE marks. Ray optics is covered in full; electrostatics covers charge through capacitance, but Gauss's law and the electric dipole are on the JEE syllabus and not yet authored. Current electricity covers circuits, Ohm's law, combinations, Kirchhoff's laws and RC timing; the Wheatstone bridge, potentiometer and drift-velocity treatment are not yet authored. Magnetism and electromagnetic induction are covered through to Maxwell's equations and electromagnetic waves; the Biot–Savart law, Ampère's circuital law and AC circuit analysis with reactance are on the JEE syllabus and not yet authored. Thermodynamics and kinetic theory are now covered in JEE's own topic grouping — thermal properties of matter, then the kinetic model, then the laws with entropy and the Carnot cycle — which is a different sequence from NCERT's and therefore from the NEET Program's. Thermal expansion is treated conceptually rather than as an examinable calculation, and the thermodynamic processes as p–V work with their adiabatic relations are on the JEE syllabus but not yet authored. Of modern physics only the mass–energy relation is authored, and it is included here because JEE examines it inside Atoms and Nuclei; the rest of the Relativity module — simultaneity, time dilation, length contraction and general relativity — carries no JEE marks and is deliberately left outside this Program. Of quantum physics, JEE examines the photoelectric effect with Einstein's equation, matter waves and the de Broglie relation, the Bohr model and the hydrogen spectrum, and all four are included, grouped under JEE's own Dual Nature and Atoms-and-Nuclei blocks. The remainder of the Quantum Physics module — blackbody radiation and the ultraviolet catastrophe, the double-slit experiment, the wavefunction and electron probability clouds, the uncertainty principle and quantum tunnelling — carries no JEE marks and is deliberately left outside this Program, reachable on the Learn surface but not on this route. Wave optics, nuclear physics and semiconductors are likewise not yet authored.

Bounded strictly by the rationalised NCERT Classes 11–12, and sequenced in NCERT's own chapter order — which is why ray optics reaches total internal reflection and optical fibres before it reaches lenses, unlike JEE's topic-block grouping, and why electrostatics is split across two units exactly as NCERT splits it into Electric Charges and Fields and Electrostatic Potential and Capacitance. Excludes rolling motion, the physical pendulum, dynamic lift and the fluid statics-versus-dynamics framing — JEE-only material outside the NCERT boundary, and lightning, which NCERT does not treat as a topic. Retains the descriptive free-fall and hydraulic-machinery chapters JEE drops, because NEET tests them as recall. Current electricity follows NCERT's chapter 3 and stops where NCERT does — no RC time constants, which NEET does not test. Magnetism follows NCERT's Moving Charges and Magnetism and Electromagnetic Induction chapters; Maxwell's equations belong to NCERT's separate Electromagnetic Waves chapter, whose spectrum content this Program already covers in its Waves level, so they are not repeated here. Thermal physics follows NCERT's own chapter order — Thermal Properties of Matter, then Thermodynamics, then Kinetic Theory — so the molecular account of gases arrives after the laws rather than before them, the reverse of JEE's grouping. Gauss's law, the electric dipole, the Wheatstone bridge, the potentiometer, the Biot–Savart law, alternating-current circuits and the p–V treatment of thermodynamic processes are on the NEET syllabus but not yet authored, as are semiconductor devices. NCERT's Dual Nature of Radiation and Matter and Atoms chapters are authored and appear here as two separate units in that chapter order, carrying the photoelectric effect, the wave nature of matter with Davisson–Germer, the Bohr model and the hydrogen spectrum — the same four chapters JEE takes, which NCERT splits across two chapters where JEE groups them into one block. The rest of the Quantum Physics module — blackbody radiation, the double-slit experiment, the wavefunction, the uncertainty principle and tunnelling — is not NCERT material and is excluded. Of the Relativity module only the mass–energy relation appears here, because that is the only part of it NCERT teaches — inside its Nuclei chapter rather than as relativity.