WEEK	DAYS	LECTURE	TOPICS	TEXTBOOK
week 1	Mon 25-Aug	1	Introduction. Vectors:Operations and transformations.	Vector Calculus (Chapters 1 and Appendix)
	We 27	2	Scalar and vector fields: Examples. Gradient. Physical interpretation.
	Fr 29	3	Divergence and curl: Interpretation.Second derivatives: Laplacian
week 2	Mon 1-Sep		LABOR DAY:NO CLASSES
	We 3	4	Integral calculus: Stokes theorem. Delta functions.
	Fr 5	5	Spherical and Cylindrical coordinates: Examples
week 3	Mon 8-Sep	6	Helmholz theorem. Examples
	We 10	7	Coulomb law and Electric field: Examples.	Basic Electrostatics (Chapter 2)
	Fr 12	8	Field lines. Flux. Gauss law. Applications.
week 4	Mon 15-Sep	9	Electric potential. Poisson and Laplace Equations. Examples.
	We 17	10	Work and Energy. Examples.
	Fr 19	11	Conductors: Electric field near a conductor. Examples.
week 5	Mon 22-Sep	12	Boundary conditions. Uniqueness theorems.	Solution to Electrostatic problems (Chapter 3)
	We 24	13	Method of images. Examples.
	Th 26	14	Separation of variables I: Cartesian coordinates.
week 6	Mon 29-Sep	15	Separation of variables II: Spherical coordinates.
	We 1	16	Additional examples: Multipolar fields.
	Fr 3	17	Dipolar and quadrupolar fields. Examples.
week 7	Mon 6-Oct	18	Polarization and Polarizability. Examples.	Electrostatics in media (Chapter 4)
	We 8	19	Examples: Planar capacitor. Uniformly polarized sphere.
	Fr 10	20	Physical interpretation of P. The Displacement vector.
week 8	Mo 13-Oct	21	Linear response: Susceptibility, dielectric constant. Examples.
	We 15	22	Field inside a dielectric: microscopic vs macroscopic field.
	Fr 17	23	Energy in dielectric systems. Forces.
week 9	Mo 20-Oct	24	Examples of dielectrics. The dielectric sphere.
	We 22	25	Discussion on dielectrics.
	Fr 24	26	Catch-up lecture on dielectrics.
week 10	Mo 27-Oct	27	Origin of magnetic fields. Lorentz forces. Discussion.
	We 29	28	Current and current density. Continuity equation. Examples.	Magnetostatics (Chapter 5)
	Fr 31	29	Biot-Savart-law. Examples
week 11	Mon 3-Nov	E	1st Midterm (includes lectures 1-17)
	We 5	30	Divergence and curl of B. Ampere law. Examples
	Fr 7	31	Magnetic monopoles: Comparison of electrostatics and magnetostatics
week 12	Mo  10-Nov	32	Vector potential. Examples. Boundary conditions.
	We 12	33	Final discussion on magnetostatics.
	Fr 14	34	Torques and forces on magnetic fields. Examples.	Magnetic Fields in Matter (Chapter 6)
week 13	Mo 17-Nov	35	Magnetization M. Bound currents: interpretation. Examples.
	We 19	36	Auxiliary field H. Examples. Boundary conditions.
	Fr 21	E	2nd Midterm (includes lectures 18-33)
	Mon 24-Nov		THANKSGIVING BREAK
	We 26		THANKSGIVING BREAK
	Fr 28		THANKSGIVING BREAK
week 14	Mon 1-Dec	37	Linear media: Susceptibility and permeability. Inductance
	We 3	38	Ferromagnetism. Hysteresis loops.
	Fr 5	39	Additional examples of magnetostatic problems.
week 15	Mon 8-Dec	40	Ohm's law. Joule heating law. Dissipation.	Electrodynamics (Chapter 7)
	We 10	41	Electromotive law. Motional emf. Examples.
	Fr 12	42	Magnetic flux. Faraday's law. Maxwell equations before Maxwell.