California State Polytechnic University Pomona

PHY 133 FALL 2008 

Syllabus
Course Outline                                                  

Each HW /exam problem solution should include..       

College of Science Emergency Procedures        

 

 

 

Office Hours

The text book web page

 


Each class period will be in the form of an interactive discussion, the class meetings will focus around a number of Concept Tests — short multiple-choice questions that focus on the more difficult concepts. The Concept Tests are meant to challenge you, they provide a form of continuous self-assessment and also give me important feedback.  To answer the concept test we will be using i>clickers. These are available at the campus bookstore.  Once you have the clicker you need to enroll on the clicker web site. Frequently asked questions about the i>clickers can be found here: Student FAQs .

Final exam: 12/8/08 11:30- 1:30.  The final is closed book. It will cover chapters  26-34 with emphasis on chapters 32.6 – 34 in Knight  (28 -32 in Serway)(  circuits , Magnetic Forces and Fields, Sources of the Magnetic Field, Faraday's Law and Lenz's Law. You can bring a 8”x11” page with formulas only (written on one side of the page) Remember to bring your calculator. No cell phones are allowed.

 Practice final exams:

Practice final 1     Practice final 1 solutions
Practice final  2     Practice final 2 solution
 

Second Midterm 11/12/08 MIDTERM 2 SOLUTIONS  EXAM 2 GRADE HISTOGRAM

  The midterm is closed book. It will cover the following chapters  from Knight:  29, 30, 31, 32.1-32.6 (Serway:25,26,27, 28.1-28.2)

 Topics: The electric potential,  Potential and fields, capacitance, current and resistance, energy and power. HW 3,4, 5 ( without questions 4,5,7)

You can bring a 3”x5” card with formulas only. Remember to bring your calculator. No cell phones are allowed. 

Practice exams:

 Practice Exam 2 a     Practice Exam 2a solutions
( Notes: 1) Was designed for a 75 minutes class

Practice Exam 2 b  Practice Exam 2b solutions 
( Notes: 1)Was designed for a 50 minutes class, 2)
Question 3 will not be covered on your second midterm)

( For electric potentials  you can also use practice exams 1 below )


First midterm 10/20/08.  MIDTERM 1 SOLUTIONS  EXAM 1 GRADE HISTOGRAM

 The midterm is closed book. It will cover chapters  26,27,28 (Electric Charges , Electric forces, Electric fields , flux and Gauss's law.)

You can bring a 3”x5” card with formulas only. Remember to bring your calculator. No cell phones are allowed. 

Practice exams:

 Practice Exam 1   Practice Exam 1 solutions
( Notes: 1) Was designed for a 75 minutes class 2)Correction to practice exam question # 3 a) The question should read: Which charges contribute to the electric flux at point P?  3) Question 5 is about electric potentials which will not be covered on your first midterm)

Practice Exam 1  Practice Exam 1 solutions 
( Notes: 1)Was designed for a 50 minutes class, 2)
Question 3 sections II, and III  are about electric potentials which will not be covered on your first midterm)

 

 

HW and solutions

Reading assignments ( Knight or an equivalent physics text book.

Web resources

Additional Resources

Lecture Notes

 

Due 12/3/08

Set # 7

Solutions HW 7

 

Due 11/26/08

Set #6

HW 6 SOLUTIONS

 

 

Due 11/10/08

Set #5

HW 5 SOLUTIONS

HW 5B SOLUTIONS

 

(Questions 4,5, and 7 are due 11/17/08)

Due 3/11/08

Set # 4

HW 4 Solutions

 

Due 10/27/08

Set#3

HW 3 Solutions

 

Due 10/15/08

Set#2

HW 2 SOLUTIONS

 

Due 10/3/08

NEW DUE DATE 10/6/08

Set # 1

( click on set # 1 to get the pdf with the HW) HW1 SOLUTIONS

 

1/12/08

CH 34  

Faraday's Law and Lenz's Law

11/17/08

Ch33 Sources of magnetic fields, and magnetic forces

Due 11/7/08

CH 32 Circuits

Due 11/5/08

CH31 Current and Resistance

Due 10/27

Ch 30 Capacitance

Due 10/17

CH 29 Electric potentials

Due 10/6

CH 27, 28 : Electric fields and conductors, flux and Gauss's law.

 

Due 9/29

CH 26 Electric Charges , force, and fields

 

Faraday's Law and Lenz's Law

 

 How a Metal Detector Works

How a Hard Drive Works

How a Speaker Works

AC Generator Action

DC Generator Action

 

Magnetic forces

Lorentz Force

Magnetic forces

 

Magnetic fields

Magnetic Field Lines

Magnetostatics

 

 

Current and Resistance

Resistance at the Molecular Level
Ohm's Law
Resistor Color Codes

 

capacitors

Capacitance

Factors Affecting Capacitance
Charging And Discharging A Capacitor

Lightning: An Example Of A Natural Capacitor

 

Electric forces and fields

Charges and Fields
 Electric Field Hockey
 Electric Field of Dreams
 

Electric Field Applet

Electric Force Fields

Exploring electric fields

The Discovery of the Electron

Electrons in the Big Bang

Coulomb's Law

 

B FIELD SOURCES AND  Faraday's Law and Lenz's Law

Magnetic fields and forces

Circuits

Current and resistance

capacitors

Electric Potential

Flux and Gauss's law

Electric forces and fields lecture notes

1st class lecture notes

 

Last modified: 11/3/08 By Nina Abramzon