A clear map of what to study.

Physics

• Measurement and mechanicsUnits, dimensions, vectors, kinematics, Newton’s laws, energy, momentum, rotation and gravitation.
• Properties of matter and heatElasticity, fluids, thermal properties, kinetic theory and thermodynamics.
• Oscillations and wavesSimple harmonic motion, superposition, standing waves, sound and Doppler effect.
• Electricity and magnetismElectrostatics, capacitance, circuits, magnetic fields, induction and alternating current.
• Optics and modern physicsRay and wave optics, electromagnetic radiation, atoms, nuclei and electronic devices.

Mathematics

• Algebra and functionsSets, relations, functions, polynomials, complex numbers, sequences, series, equations and inequalities.
• Trigonometry and geometryTrigonometric identities, coordinate geometry, conic sections, vectors and three-dimensional geometry.
• Counting and probabilityPermutations, combinations, binomial theorem, probability and statistics.
• CalculusLimits, continuity, derivatives, applications of derivatives, integrals and differential equations.
• Matrices and determinantsMatrix operations, determinants and systems of linear equations.

Elementary astronomy

• Sky and coordinate ideasDaily and annual sky motion, directions, celestial sphere, angles and basic coordinate ideas.
• Solar system and gravitationPlanetary motion, Kepler’s laws, orbits, phases, eclipses and scales of the solar system.
• Light and observationTelescopes, angular size, brightness, distance, spectra and basic stellar properties.

A sensible order

Build algebra, trigonometry, vectors and graph reading first. Then link mechanics to orbits, optics to telescopes, and thermal radiation to stars. Keep working through the rest of the physics and mathematics syllabus alongside those connections.

There is no verified fixed chapter-weightage table here. Use several official papers to see the variety of topics, rather than treating one paper as a prediction.