Course Description
Able to explain and analyze: 1. vector and scalar analysis 2. coulomb force 3. electric field 4. electric flux 5. electric field in a hollow spherical conductor 6. electric potential 7. relationship between electric potential and electric field 8. Electric potential of a shaped conductor charged conducting sphere 9. RLC passive components 10. Electric magnetism 11. Weber and Ewing‘s magnetic theory 12. Biot Savart‘s law 13. Magnetic induction (solenoids and toroids) 14. Charges moving in a magnetic field 15. Photometry and DC/AC current
Program Objectives (PO)
- Mampu menjeleaskan dan menganalisa: analisa vektor dan skalar, gaya coulomb, medan listrik, fluksi listrik, medan listrik pada konduktor bola berongga, potensial listrik, hubungan potensial listrik dengan medan listrik, Potensial listrik suatu penghantar berbentuk bola konduktor bermuatan, Komponen pasif RLC, Kemagnetan listrik, Teori magnekul weber dan ewing, Hukum biot savart, Induksi magnetik (solenoida dan toroida), Muatan bergerak dalam medan magnet, Fotometri dan arus DC/AC.