Physics X
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Introduction
Fundamental branches, history, and core impact of physical sciences.
Measurement
SI Units, metric prefix conversions, error reduction, and precision instruments.
Kinematics of Linear Motion
Displacement tracking, constant velocity metrics, and acceleration graphs.
Motion and Force
Newton's laws of dynamic systems, momentum conservation, and friction variables.
Vectors
Scalar differences, component resolution matrix systems, and product proofs.
Equilibrium
Torque forces, center of mass stability, and static balancing conditions.
Circular Motion & Gravitation
Centripetal constants, universal gravitational fields, and satellite orbits.
Work, Power & Energy
Kinetic energy models, mechanical efficiency rules, and power conversions.
Simple Machines
Lever classifications, complex pulley mechanics, and ideal mechanical advantage calculations.
Properties of Matter
Hooke's elasticity law, hydrostatic pressure, Pascal's laws, and surface tension variables.
Heat
Thermal expansion dynamics, kinetic gas descriptions, and thermodynamics principles.
Waves and Sound
Longitudinal waveforms, acoustic transmission channels, and frequency Doppler shifts.
Propagation & Reflection of Light
Geometric optics, planar mirror ray reflection rules, and focal dimensions.
Refraction of Light & Optical Instruments
Snell's equations, lens power systems, composite microscopes, and astronomy telescopes.
Nature of Light & Electromagnetic Spectrum
Wave-particle dual concepts, visible spectrum radiation grids, and speed vectors.
Electricity
Coulomb forces, current resistance patterns, Ohm's systems, and circuit loop arrays.
Magnetism and Electromagnetism
Magnetic flux fields, induction models, Lenz variables, and electrical transformer units.
Electronics
P-N semiconductors, logic gate processors, transistor operations, and digital inputs.
Nuclear Physics
Isotope atomic decay rays, half-life formulas, fission energy output models, and radiation shields.
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