SCHEDULE

 
 
   
Review
16 Jan 1 Preview, electrostatics, Coulomb's law
21 Jan 2 E field, flux and Gauss's Law
23 Jan 3 Gauss's Law
28 Jan 4 Electric potential
30 Jan 5 Conductors in E fields
4 Feb 6 Dielectrics and electrostatic energy
6 Feb 7 Electric current, Kirchhoff's Laws
11 Feb 8 Magnetism, Lorentz force
13 Feb 9 Magnetic field; Biot Savart Law, Ampere's Law
18 Feb 10 Ampere's Law, forces between circuits
18 Feb   First Class Test on lectures 1 - 7
20 Feb 11 Magnetic materials
25 Feb 12 Induction,. Faraday's Law
27 Feb 13 Inductance
4 March 14 Displacement current, Maxwell's Equations
6 March 15 EM Waves in vacuum
8-16 March   SPRING BREAK
18 March 16 Electromagnetic waves in matter
20 March 17 Wave phenomena
25 March 18 Geometrical optics
25 March   Second class test on lectures 8 - 16
27 March 19 Optical instruments
1 April 20 Einsteins Universe
3 April 21 Origin of quantum mechanics
8 April 22 Quantum wave theory
10 April 23 Wave equation
15 April 24 Quantum theory of the atom
17 April 25 The nucleus
22 April 26 The unity of physics
24 April 27 Review
     
7 May Final examination at 1915hr