Physics 3, Basic Physics, Fall 2004


TR 11-12:15 pm, Broida 1610


http://hep.ucsb.edu/people/claudio/ph3-04/


Announcements:


Instructor:
Email:
Office hours:
Office:
Administrative Assistant
Claudio Campagnari
claudio@neutrino.physics.ucsb.edu
Tuesday 10-11, or by appointment, or whenever you can find me.
Broida 5119. Phone 893-7567.
Debbie Ceder, dla@hep.ucsb.edu. Broida 5114. Phone 893-2058.


Course Description

Welcome to Physics 3!  The textbook is H. D. Young and R. A. Freedman, University Physics, 11th Edition (Addison-Wesley, 2004).  You should already be familiar with Chapters 1-14 and 17-20 from Physics 1 and 2.  We will cover Chapters 15-16 and 21-26 in our study of mechanical waves, wave interference and normal modes, sound and hearing, electric charge and electric field, Gauss's law, electric potential, capacitance and dielectrics, current, resistance, electromotive force, and DC circuits.

The prerequisites are Physics 2 or 22, and Mathematics 3A-B-C.

The recommended preparation is Mathematics 5A (may be taken concurrently) and Physics 3L (may be taken concurrently).
 

Discussion Sections

There are not as many discussion sections as there were for Physics 1 and 2.  The discussion sections meet in the same lab rooms where the Lab Section (Physics 3L) meets.  If you are not taking the lab, you are welcome to attend any discussion section.  Discussion sections are scheduled for the following weeks:
 
Week of Lab room
Sept. 27 Broida 2316
Oct. 11 Broida 2302
Oct. 18 Broida 2316
Nov. 8 Broida 2302
Nov. 15 Broida 2316
Nov. 22 Broida 2302

Laboratory Sections

If you are taking the lab, you must register separately for Physics 3L.  Buy the Physics 3 Lab Manual in the Bookstore.  Some of the labs are out of sequence with the lecture, so read the lab manual before coming to the lab.  Your lab grade for Physics 3L will be determined by your TA.

Homework

Homework assignments will be submitted online using MasteringPhysics.  If you don't own a computer, you can use the computers in the Davidson Library, or during drop-in hours at the Instructional Computing (IC) labs on campus.  See the lecture schedule below for due dates.  Homework problems will be the same as those in the text, but with different numerical values.  Homework solutions will be available electronically through ERES (http://eres.library.ucsb.edu/). If you have not used MasteringPhysics before, then you should have received a Student Access Kit for MasteringPhysics with your purchase of a new textbook from the UCSB bookstore.  The Kit contains instructions and a code for you to access MasteringPhysics.  If you did not purchase a new textbook, you may purchase an online subscription with a major credit card by going to http://www.masteringphysics.com and following the links to purchasing online.

Please note the following when submitting homework on MasteringPhysics:

Homework (submitted online) Associated problems from text Due Date
Chapter 15 Homework Problems 24, 36, 43, 46, 50, 68, 72 October 4 at 11:59 pm
Chapter 16 Homework Problems 2,7,22,26,34,40,60,64 October 13 at 1:00 am
Chapter 21 Homework Problems 26 (neglect gravity),46,52,62,72,88,90,94 October 20 at 1:00 am
Chapter 22 Homework Problems 2,6,11,32,38,42,46,64 November 3 at 1:00 am
Chapter 23 Homework Problems 10,16,18,28,34,37,40,68 November 10 at 1:00 am
Chapter 24 Homework Problems 6,14,28,44,48,52,60,65 Nov 17 at 1:00 am
Chapter 25 Homework Problems 36,46,54,56,62,65,66,74 Nov 25 at 1:00 am
Chapter 26 Homework Problems: 7,10,20,34,42,58,68,74 Dec 4 at 1:00 am

Exams

Calculators are allowed. Notes will also be allowed (details on this later).  The best way to prepare for the exams is to practice solving problems!  In addition to the homework, try doing some of the other problems in the textbook.  Answers to odd-numbered problems are in the back of the book.

Grading

Your total point score will be determined as shown below.  A curve will be used to assign letter grades at the end of the course.
 
Online Homework 15%
Midterm  35%
Final  50%

Where to Get Help

Where NOT to Get Help

Academic dishonesty is never acceptable.  Cheating hurts everyone, whether while taking exams or working homework.  You are welcome to work with other classmates on homework, but ultimately all work you turn in should be your own.  Plagiarism will receive no credit!  If you can't do the homework problems by yourself, then you won't be able to do the exams! The method you use to get the answer is as important as the answer itself.

Approximate Lecture Schedule

Week Date Topic 
1 R 9/23 Mechanical waves - 15
2 T 9/28 Mechanical waves - 15
R 9/30 Sound and Hearing - 16
3 T 10/5 Sound and Hearing - 16
R 10/7 Electric charge and Electric Field - 21
4 T 10/12 Electric charge and Electric Field - 21
R 10/14 Electric charge and Electric Field - 21
5 T 10/19 Gauss's Law
R 10/21 Gauss's Law
6 T 10/26 Midterm
R 10/28 Electric Potential - 23
7 T 11/2 Electric Potential - 23
R 11/4 Capacitors and Dielectrics - 24
8 T 11/9 Capacitors and Dielectrics - 24
R 11/11 Veteran's day
9 T 11/16 Current, Resistance, Electromotive Force - 25
R 11/18 Current, Resistance, Electromotive Force - 25
10 T 11/23 DC Circuits - 26
R 11/25 Thanksgiving
11 T 11/30 DC Circuits - 26
R 12/2 Catchup Class
12 T 12/7
R 12/9, 12-3 pm Final

Slides from lectures

  1. Lecture from 23 September: pdf or ppt.
  2. Lecture from 28 September: pdf or ppt.
  3. Lecture from 30 September: pdf or ppt.
    Note: we only covered the material up to page 31.
  4. Lecture from 5 October: pdf or ppt.
    Note: we only covered the material up to page 32.
  5. Lecture from 7 October: pdf or ppt.
  6. Lecture from 12 October: pdf or ppt.
  7. Lecture from 14 October: pdf or ppt.
  8. Lecture from 19 October: pdf or ppt.
    Note: we only covered the material up to page 36.
  9. Lecture from 21 October: pdf or ppt.
  10. Lecture from 28 October: pdf or ppt.
  11. Lecture from 2 November: pdf or ppt.
  12. Lecture from 4 November: pdf or ppt.
  13. Lecture from 9 November: pdf or ppt.
  14. Lecture from 16 November: pdf or ppt.
  15. Lecture from 18 November: pdf or ppt.
  16. Lecture from 23 November: pdf or ppt.
  17. Lecture from 30 November: pdf or ppt.