1 | General Introduction, History of Science, Basic Concepts |
2 | Vector Analysis (Basic vector definition and vector magnitude, basic concepts such as unit vector / vector equality, the collection, removal and multiplication of vectors/ distance and position vectors / Cartesian, cylindrical and spherical coordinate systems / transformation between coordinate systems |
3 | Electrostatic: Coulomb's Law / Electrostatic Field and Field Lines / electric field strength / electric field strength formed by many point charge/ charge densities and distributions (linear, surface and volume charge densities) / Standard Charge Distribution / electric field strength generated by a charge distribution |
4 | Electrostatic: Electric flux and flux density (D) / the relationship between current density and electric field strength (E) / Gauss's law and Gauss Surface |
5 | Electrostatic: divergence / divergence of a vector field / Divergence features and Divergence Theorem |
6 | Electrostatic: Work, Energy and Potential (work made by moving the point charge / conservation of electrostatic field / electrical potential between two points (V) / point charge potential / Gradient / relationship between E-V / potantial-energy at the static electric field) |
7 | Elektrostatik: Kapasite ve dielektrik malzemeler/ Kutuplanma (Polarizasyon) / Bağıl geçirgenlik / Kondansatörde biriken enerji / Sabit gerilim ve sabit yük durumunda D ve E, / Elektrik dipolü / Laplace denklemi |
8 | Midterm exam |
9 | Magnetostatic: Current Area and Biot-Savarts law / Ampere's law / Rotational (Circulation of Magnetic Field) / the relationship between J and H / Magnetic flux density (B) / magnetic vector potential, Stokes theorem |
10 | Magnetostatic: Lorentzs force, magnetic force on a current element, work, power and energy, torque, magnetic materials |
11 | Magnetostatic: Inductance / Faraday's law / self inductance / internal inductance / Mutual inductance / Magnetic Circuits (synagogue spaced core, serial and parallel circuits) / the comparison of electrical circuit with the magnetic circuit |
12 | Electromagnetism: Displacement current, Faradays Induction, Lenz's law |
13 | Electromagnetism: Maxwell's equations, continuity equation, Constitutive Equations |
14 | Electromagnetism: Maxwell's equations, continuity equation, Constitutive Equations |