Phys 120: College Physics II

MWF 12:50-1:50 pm, Sci 218

Textbook: Physics, 3rd ed., by Walker

course syllabus

 

Announcements

Final grades have been posted on Banner.  Your final exams are available in the secretary's office for viewing, along with a key.  Have a good summer, everyone.  (5-1-08, 1:00pm)

 

Schedule of Readings and Homework

Date

 

Chapter & Section

Topic

Jan 16 16.1-16.3 heat, temperature, the Zeroth Law of Thermodynamics, thermal expansion
  18 16.4-16.6 Joule Experiment, specific heat, heat flow
  21   Martin Luther King Day, no classes
  23 16.6, 17.1-17.2 thermal radiation, gas laws, PV diagrams, kinetic-molecular theory
  25 17.4-17.6 kinetic-molecular theory, phase changes, latent heat.
28 18.1-18.4, 18-10 The First Law of Thermodynamics, thermal process, specific heat of gases
  30 18.6 thermal equilibrium problems, engines
Feb 1 18.5-18.7 heats engines, refridgerators, and the 2nd Law
  4 18.8-18.9 entropy
  6 19.1-19.4 electric charge, conservation of charge, Coulomb's Law, conductors and insulators
  8   Coulomb's Law and electric fields
11 Exam #1
  13 19.5-19.6 electric field lines, fields and conductors, charge distributions
  15 20.1-20.2 dielectrics, electrical potential energy and work, energy conservation
  18   President’s Day, no classes
  20 20.3-20.4 electric potential & voltages, equipotential surfaces
  22 21.1, 20.6 electric current and conductors, energy storage by electric fields
  25 21.2, 20.5 capacitors and resistors, Ohm's Law
  27 21.4 resistors in network
  29 21.5-21.6 Kirchoff's Laws, capacitors in network, RC circuits
Mar 3   Spring Break
  5   Spring Break
  7   Spring Break
  10 22.1-22.2 magnetic forces, magnetic fields, right hand rule
  12    
  14   Exam #2
  17    
  19    
  21   Spring Mini-Break
  24    
  26    
  28   AC voltage from rotating coils, transformers
  31 24.1-24.4 AC circuits
Apr 2 24.5, 25.1 LRC circuits, electromagnetic waves
  4    
  7    
  9    
  11    
  14 26.1-26.4 Law of Reflection, the mirror equation.
  16   Exam #3
  18 26.5-26.7 Snell's Law, thin lens equation
  21 28.1, 28.3-28.4 dispersion, diffraction
  23    
  25   University Day

Final Exam: December 12th at 8:00-10:00pm in the Science 218

 

Handouts

Electric Field Lines for Various Point  Charge Configurations
A positive point charge
A negative point charge
A dipole
Two positive charges
Three point charges
Equipotential Curves for Various Point Charge Configurations
A positive point charge
A dipole
Two positive charges
Potential well for a mobile point charge moving in presence of two other fixed point charges.
An isolated perfect conductor in an external E field.
Resonance curves for an RLC series circuit
The E field produced by a changing B field
The B field produced by a changing E field

 

Exam Keys
Exam #1 Exam #2 Exam #3