Electricity & Magnetism          Phys 4700/7700

Ch 1-2. Vector Calculus and Phasors

1)      Vector Algebra

2)    Differential calculus

3)      Integral calculus

4)      Curvilinear co-ordinates

5)   Complex numbers

6)   Phasors

Ch 3-4-6. Electrostatics 

1)      Electric field

2)      COULOMB's law

3)      Electric potential and curl of E

4)     GAUSS's law

5)    POISSON and LAPLACE equations

6)      OHM's law

7)   Electric circuits -- KIRCHOFF's laws

8)   Conduction -- Electric current

Ch 6-7. Electrostatics, Conductors, dielectrics

1)    Potential Energy of a charge distribution 

2)   Capacitance

3)   Electric forces on conductors 

4)   Dielectrics

Ch 14. Magneto static  

      1)  Magnetic Flux    

2)  BIOT- SAVART law

3)  Divergence and curl of B

Ch 15-16 Magnetic fields and matter

1)  Vector Potential

2)  AMPERE's law

3)  Magnetic Material

Ch 17 Electromagnetic induction 

1)   LORENTZ force

2)   Magnetic force

Ch 18 Electromagnetic induction 

     1)   FARADAY's law

     2)   Induced electric fields

     3)   Inductance

     4)   Energy in magnetic fields

Ch 21-22-23 MAXWELLS equation and wave propagation

     1)  MAXWELLS equation

     2)  Electromagnetic waves

     3)  Reflection,  Refraction

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