Lecture notes

lLecture 0: Overview of General physics (II)

Part 1: Mathematical Preperation

lLecture 1: Vector algebra

Part 2: Electrostatics

lLecture 2: Charges

lLecture 3: Gauss law

lLecture 4: Electric potential

lLecture 5: Conductor

lLecture 6: Electric current

Part 2: Electromagnetic field of moving charge

lLecture 7 : Relativity I

lLecture 8 : Relativity II

lLecture 9 : Moving charge

lLecture 10: Magnetic field I

lLecture 11: Magnetic field II

lLecture 12: EM field transformation

lLecture 13: Electro-magnetic induction

lLecture 14: Displacement Current

lLecture 15: Conservation law-I

lLecture 16: Conservation law-II

lLecture 17: AC Circuit-I

lLecture 18: AC Circuit-II

lLecture 19: Dielectrics-I

lLecture 20: Dielectrics-II

lLecture 21: Magnetic fields in matter-I

lLecture 22: Magnetic fields in matter-II

lLecture 23: Magnetic fields in matter-III

lLecture 24: Wave guides

Supplemental Material:

lSolution Laplace's equation

Homeworks:

lHomework1: Due onMar 08, 2024

lHomework2: Due onMar 15, 2024

lHomework3: Due onMar 22, 2024

lHomework4: Due onMar 29, 2024

lHomework5: Due onApr 05, 2024

lHomework6: Due onApr 12, 2024

lHomework7: Due on Apr 20, 2024

lHomework8: Due on Apr 26, 2024

lHomework9: Due on May 10, 2024

lHomework10: Due on May 17, 2024

lHomework11: Due on May 31, 2024

lHomework12: Due on Jun 07, 2024

lHomework13: Due onJun 14, 2024