Elektrik ve Manyetizma

Electrostatics

1. Elektrik Yükü ve Coulomb Yasasıcharge quantization, conservation, force between charges4–7.5 sa
2. Elektrik Alanlarıfield of point charges and distributions, field lines4–7.5 sa
3. Gauss Yasasıflux, applications to symmetric distributions, conductors4–7.5 sa
4. Elektrik Potansiyelipotential energy, potential, relation to field, equipotentials4–7.5 sa
5. Kapasitans ve Dielektriklercapacitors, energy storage, dielectrics, combinations4–7.5 sa

Current & Circuits

1. Akım ve Dirençdrift velocity, Ohm's law, resistivity, power4–7.5 sa
2. DC Devreleriseries/parallel, Kirchhoff's laws, RC circuits, meters4–7.5 sa
3. Devre Analizi Yöntemlerinode/mesh analysis, Thevenin/Norton, superposition4–7.5 sa
4. AC Devreleriphasors, impedance, resonance, power in AC, transformers4–7.5 sa

Magnetostatics & Induction

1. Manyetik Alanlarforce on charges/currents, cyclotron motion, Hall effect4–7.5 sa
2. Biot-Savart ve Ampère Yasasıfield of wires, solenoids, toroids, magnetic flux4–7.5 sa
3. Faraday Yasası ve İndüksiyonemf, Lenz's law, generators, eddy currents4–7.5 sa
4. İndüktans ve İndüktörlerself/mutual inductance, LR circuits, energy in magnetic fields4–7.5 sa

Maxwell & EM Waves

1. Maxwell Denklemleridisplacement current, integral and differential forms, unification3.5–7 sa
2. Elektromanyetik Dalgalarwave equation, plane waves, energy and Poynting vector, spectrum4–7.5 sa
3. Dalga Yayılımı ve Empedansreflection/transmission, radiation pressure, polarization4–7.5 sa