Course Schedule       

Physics 132, Spring 2013
Profs. W. Losert & E. F. Redish

(Note: This schedule is tentative and subject to change)

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Class Class number Reading Assignments
(online with commentary in MP; due 10 PM prev eve.)
Assignments
(Due at beginning
of lecture)
Content Lab Recitation
Week 1        

 

 
1/23 1     Introduction
to the class
   
1/25 2     Review of Physics 131    
Week 2         Pre Lab --Set up ImageJ if needed)
Kinesin
1/28 3
R130128
  Energy and Enthalpy    
1/30 4
R130130
 

Entropy

   
2/1 5

R130201

HW 1, 1MP The 2nd Law of Thermodynamics  
Week 3         Lab 0 --Dynamics of Living Systems
Oil and water
2/4 6
R130204
  Free Energy Quiz 1  
2/6 7
R130206
  Distinguishing free energy, energy, and enthalpy    
2/8 8

 

HW 2, 2MP Free Energy examples
   
Week 4         Lab 1 -- Microfluidics

Bilayer self assembly

2/11 9
R130211
 

The Boltzmann Distribution

Quiz 2
2/13 10
 

The Boltzmann Distribution

 
2/15 11
R130215
HW 3, 3MP

Recap: Electric charge, force, and energy

   
Week 5         Lab 2-- Microfluidics

Distinguishing energy and free energy

2/18 12
R130218
 

Fields: Examples and some simple models

Quiz 3  
2/20 13
R130220
 

Electrostatic potential

   
2/22 14

R130222

HW 4, 4MP

Simple models

   
Week 6         Lab 3 -- Charges in Fluids

Molecular forces

2/25 15

R130225

 

Examples

Quiz 4  
2/27 16

 

 

Examples

   
3/1 17
  MIDTERM EXAM 1    
Week 7         Lab 4-- Charges in Fluids

Debye screening

3/4 18


 

Go over Exam I

Quiz 5  
3/6 19

R130306

 

Capacitance

   
3/8 20
R130308
HW 5, 5MP

Electrostatics in fluids: dielectric constant

 
Week 8        

Lab 5 -- Electrical Signals

Electric circuits

3/11 21
R130311
 

Moving charge: current

   
3/13 22
R130313
  Kirchoff's principles    
3/15 23
R130315
HW 6, 6MP

Complex examples

   
Week 9         Lab 6 -- Electrical Signals

Nernst equation

3/25 24
 

Entropic forces: the Nernst equation

Quiz 6  
3/27 25
R130327
 

Harmonic oscillation

   
3/29 26

R130329

HW 7, 7MP

 

   
Week 10         Lab 7 -- Geometric Optics
Ray model
4/1 27
R130401
  Damped and driven oscillator, resonance Quiz 7  
4/3 28
R130403
  Wave pulses    
4/5 29
R130405
HW 8, 8MP Wave speed    
Week 11         Lab 8 -- Geometric Optics
Lenses
4/8 30
R130408
  Superposition Quiz 8  
4/10 31
  Sinusoidal waves    
4/12 32
  MIDTERM EXAM 2    
Week 12         Lab 9 -- Advanced Optics

Spectroscopy

4/15 33
  Go over exam 2 Quiz 9  
4/17 34
R130417
  Standing waves    
4/19 35
R130419
HW 9, 9MP Three models of light    
Week 13         Lab 10 -- Advanced Optics


Wave model

4/22 36
R130422
  The ray model    
4/24 37
R130424
  Mirrors and Lenses    
4/26 38
R130426
HW 10, 10MP The wave model    
Week 14         Makeup lab

Interference

4/29 39
R130429
  Interference Quiz 10  
5/1 40
R130501
  Diffraction and diffraction grating    
5/3 41
R130503
HW 11, 11MP Quantization of atomic oscillation    
Week 15         TBD Surveys
5/6 42
R130506
  Photons and light energy Quiz 11  
5/8 43
R130508
  Guest lecture: Light in Biological Systems (Prof. Carleton)    
Finals week            
5/14 (Losert)
5/17
(Redish)
      FINAL EXAM
(8:00-12:00)
   

This page prepared by

Edward F. Redish
and Wolfgang Losert
Department of Physics
University of Maryland
redish@physics.umd.edu
wlosert@umd.edu

Last revision 6.May.2013