| Course
Goals |
Link to
Webassign |
Course
Calendar |
| Question of the
Week |
Problem Solving
Procedure |
152 Syllabus Addition |
| Vector
Tutorial |
Objectives by Chapter |
Tutor Schedule |
| Syllabus for 150,151,152 |
Link to
Hyperhysics |
Electrostatics
Animations
|
| Van de
Graaff Movie |
Chapter 15 Assignment 05
Strategy |
Sample Problem, Chapter 15 (See WebAssignment 6) |
|
Chapter 15
Assignment 7 Strategy |
Chapter 15 Class Notes - 1 |
Chapter 15 Class Notes - 2 |
|
Quiz 6 Objectives |
Chapter 16 Class Notes |
Chapter 17 Class Notes - 1 |
|
Chapter 17 Class Notes - 2 |
Chapter 18 Class Notes - 1 |
Chapter 18 Class Notes - 2 (Kirchhoff's Rules) |
|
Circuits: The Chart Method |
Circuit Problem Example |
Chapter 18 Problems 13 & 14 |
|
Capacitance Class Notes - 1 |
Capacitance Class Notes - 2 |
Magnetism Class Notes - 1 |
|
Magnetism Class Notes - 2 |
Magnetic
Induction Class Notes - 1 |
Magnetic Induction Class
Notes - 2 |
| A
Note About Flux Change in Faraday's Law |
AC Circuits Class Notes |
Chapter
27 Class Notes |
|
Chapter 28 Class Notes 1
2 3 |
Final Exam Objectives  |
Guidelines for Solving Nuclear Physics Problems |
Atomic Physics Web Resources
Wien's Law
Black Body Radiation
Photoelectric
Effect
Production of X Rays (Click
below)
http://www.colorado.edu/physics/2000/xray/making_xrays.html
X-Ray Diffraction: Bragg's Law
X-Ray Diffraction: Laue Patterns
Rutherford Scattering
Bohr Model of the Atom
1
Bohr
Model of the Atom 2
Bohr Model of the Atom 3
Simple Quantum Atomic Model |
Instructions for Use of Radiation Sources
|
Chapter 29&30 Class Notes
1 2
3 4
5 |
| |
|
|
| |
|
|
05/28/2010
