Physics 248 

A Modern Introduction to Physics

Professors

Gary Shiu

shiu@physics.wisc.edu
5279 Chamberlin Hall
265-3285
Office Hours
TW 2:00-3:00 pm rs

Teresa Montaruli

tmontaruli@icecube.wisc.edu

4112 Chamberlin Hall
890-0901
Office Hours
TBA

 

Lectures will be led by Gary (in the first part of the semester) and Teresa (in the second). The discussions will be led by your TA, and by Gary and Teresa in the periods in which they will be lecturing. Your TA will be in charge of the laboratories. 


Teaching Assistant

TA

Lectures:

MWF 9:55-10:45 am   
2241 Chamberlin

Discussions:

  W 1:20 pm    2108 Chamberlin (Sec. 601)
   Th 1:20 pm   2120 Chamberlin (Sec. 602)
  F 1:20 pm   2135 Chamberlin (Sec. 603)


Laboratories:

M 1:20-4:15 pm (Sec. 301)
T 1:20-4:15 pm (Sec. 302)
 W 2:25-5:20 pm (Sec. 303)
3136 Chamberlin

Course Information

You will discover that math is a tremendous tool for discussing the way the world works. 
We will use calculus throughout the course. We are assuming that students have completed at least two semesters of calculus and are currently taking third semester calculus.

We have chosen the textbooks "Physics for Scientists and Engineers", 5th Edition, by Tipler and Mosca, and "Modern Physics", by Tipler and Llewellyn.  These texts will be continue to be used in Phys 249.



Background
Policies and Grading
Syllabus


Homeworks

Homework is done online through the Mastering Physics Website. You should have received an email with instructions for registering and logging on.

Homework is due on Fri at
11:59 pm for full credit (unless otherwise stated)


 Exams

There are three midterm exams (50 min) and one cumulative final exam (2 hours).


Date
Time
Location
Material Covered
Blank Exam
Solutions
MTE1
Wed., Feb. 14
TBA
TBA



MTE2
Wed., Mar 14
TBA
TBA



MTE3
Wed., Apr. 18
TBA
TBA



Final Exam
Mon., May 14
12:25pm
TBA




The exams have calculation and short answer problems. The questions cover fundamental concepts, crucial experiments and their interpretation, and some elementary applications.
Examples of previous semester exams are given below.

Previous Semesters Exams

Exam 1 2004

Exam 1 2006


  Laboratories

Week

Laboratories

2
Speed of Sound / Waves on a String
3
Diffraction and Intereference
5
Computer Generated Holograms
6
 QM Computer Lab
7
Photoelectric Effect
9
Wave-Particle Duality/Franck-Hertz Experiment
10
Electric Fields
11
Capacitors and RC decay
13
Magnetism
14
e/m Experiment

Oscilloscope / AC circuits