Date Day
Chapter/Section
JAN 7 W 1.2 Introduction, Gradient Lecture 1
JAN 9 F 1.2, 1.3 Gradient, divergence, and curl Divergence theorem
JAN 12
M 1.4, 1.5 Spherical and cylindrical coordinates, the delta function Lecture 3
JAN 14 W 1.5, 2.1 The delta function, Coulomb's law
JAN 16
F
2.2 Divergence and Curl of electrostatic fields, Quiz 1
JAN 19 M Martin Luther King Jr. Day
JAN 21 W 2.2 Divergence and Curl continued, Gauss's law
JAN 23
F
2.2 Divergence and Curl continued, Gauss's law
JAN 26
M
2.2, 2.3 Gauss's law, Potential, Quiz 2
JAN 27 T Mid term 1 (8:20 pm tto 10:10 pm)
JAN 28 W 2.3, 2.4 Potential, Work, Energy
JAN 30 F Midterm 1 discussion
FEB 2
M
2.4, 2.5 Work, Energy, Conductors
FEB 4 W 2.5, 3.1 Conductors
FEB 6
F
3.1 Laplace equation solutions, Mean value theorem Mean value theorem
FEB 9 M 3.1 Uniqueness theorems, Quiz 3 Uniqueness theorems
FEB 11
W
3.2 Method of images
FEB 13 F 3.3 Solutions of Laplace's equation Laplace equation
FEB 16 M 3.3 Solutions of Laplace's equation, Quiz 4 in spherical coordinates
FEB 18 W 3.3 Solutions of Laplace's equation
FEB 20
F
3.4 Multipole expansion
FEB 23
M
3.4 Multipole expansion, No quiz: REVIEW at 6:15pm in NPB 2205 Student notes for review
FEB 24 T Mid term 2 (8:20 pm tto 10:10 pm)
FEB 25
W
3.4 Monopole and dipole terms
FEB 27
F
4.1 Polarization
MAR 2
M
Spring Break
MAR 4 W Spring Break
MAR 6 F Spring Break
MAR 9
M
4.2 Polarization and bound charges Polarization
MAR 11 W 4.2, 4.3 Constant P problem, Electric displacement
MAR 13 F 4.4 Linear dielectrics
MAR 16 M 4.4 Linear dielectrics, Quiz 5
MAR 18 W 4.4 Linear dielectrics, Work and Energy
MAR 20 F 5.1 Magnetic fields
MAR 23 M 5.1 Magnetic fields due to currents, Quiz 6
MAR 25 W 5.1, 5.2 Magnetic fields due to currents, Biot-Savart law
MAR 27 F 5.2 Biot-Savart law
MAR 30 M 5.3 Divergence and curl of B fields, No quiz: REVIEW at 6:15pm in NPB 2205 Student notes for review
MAR 31 T Mid term 3 (8:20 pm tto 10:10 pm)
APR 1 W 5.3 Divergence and curl of B fields
APR 3 F 5.4 Vector potential, Spinning charged sphere
APR 6 M 5.4 Spinning charged sphere, Boundary conditions Charged sphere
APR 8 W 5.4 Multipole expansion, Quiz 7 (HW 7) corollary1
APR 10 F 6.1 Magnetic materials
APR 13 M 6.2 Field of a magnetized object, Quiz 8
APR 15 W ALC test
APR 17 F 6.2, 6.3 Field of a magnetized object, The auxiliary field H corollary2
APR 20 M 6.4 Linear magnetic media Boundary conditions
APR 22 W 6.4 Ferromagnets, Quiz 9 Ferromagnetism
APR 27 M Review at 5:30 pm in room NPB 2205 Student notes for review
APR 29 W Final exam (3:00 pm to 5:00 pm)

 Location: NPB 32 and 28 Gainesville, FL 32611-8440 Ph: (Lab) (352) 392 3667 Last updated: 4/27/15 by Amlan Biswas http://www.phys.ufl.edu/~amlan