Physics

Description

MOVEMENT OF BODIES & BODY SYSTEMS (DYNAMICAL STUDY {Speed, Acceleration, Newton’s Laws}, ENERGY STUDY {Work-Energy Theorem of kinetic energy, conservative forces}), OSCILLATIONS & WAVES (MECHANICAL OSCILLATIONS {Hooke’s law, harmonic oscillation of force-induced oscillation}, MECHANICAL WAVES {Harmonic wave equation, phase velocity and group velocity, fundamental equation of waves, equation of plane waves, spherical wave equation, db and dbm}, NORMAL OSCILLATION WAYS {Oscillation of the elastic string with length limits, allowed wavelengths and frequencies, oscillation tuning}, BASIC SOLID STATE PHYSICS & ELECTRICITY AND ELEMENTARY ELECTRICAL CIRCUITS) (Elements of Schroendinger’s wave mechanics, energy levels, quantum numbers, contact diode, thermal equilibrium, contact theory, Fermi-Dirac’s distribution function, photoelectric phenomenon, internal photoelectric phenomenon, Einstein’s photoelectric equation, photodiodes, photocell, photovoltaic element, characteristic curves), LASER (Laser Radiation, n-metastatic laser induction, magnetic field energy), MAXWELL’S EQUATIONS {Maxwell equations in vacuum without sources and with sources magnetic field and magnetic induction, electric field and dielectric displacement of EM field propagation in conductors}