Physics 122 Schedule, Spring 2011

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

Class Class number Reading
in UP, KJF*
Assignments Due Content Lab Tutorial
Week 1            
1/24 1     Introduction to the class    
1/26 2     Deeper learning goals: The psychology of learning and memory    
1/28 3 Sig. figs.
(on web)
HW 0L
(review HW)
Review of Physics 121    
Week 2         Lab 0 --
Using Excel
Tutorial 1 -- Harmonic oscillation
1/31 4    

ILD 1 -- Seeking consistency: Harmonic Oscillation

   
2/2 5    

Harmonic motion

   
2/4 6

KJF 14, UP 16Estimation
(on web)

HW 1L The pendulum    
Week 3     HW 1T**   Lab 1 --
Damped oscillations: 1
Tutorial 2 --Finding mechanism: Pulses
2/7 7     Wave pulses Quiz 1  
2/9 8     Superposition    
2/11 9

KJF 15, 16.1, UP 17

HW 2L Sinusoidal waves
   
Week 4     HW 2T**   Lab 2 --
Damped oscillations:2

Tutorial 3-- A model for light

2/14 10    

The ray model of light, light and shadow

Quiz 2
2/16 11    

Mirrors and virtual images

 
2/18 12 KJF 18,
UP 35.1-8
HW 3L

Curved mirrors and real images

   
Week 5     HW 3T**   Lab 3-- Light refraction: 1

Tutorial 4 -- How can you tell where things are by looking?

2/21 13    

The mirror equations

Quiz 3  
2/23 14    

Refraction and total internal reflection

   
2/25 15

KJF 19
UP 35.9-11

HW 4L

Lenses

   
Week 6     HW 4T**   Lab 4 -- Light Refraction: 2

Tutorial 5 -- Can an image float in empty space?

2/28 16

 

 

ILD 2 -- Lenses: Working out what a model implies

Quiz 4  
3/2 17

 

 

Review and examples

   
3/4 18     MIDTERM EXAM 1    
Week 7     HW 5T**   Lab 5-- Double slit interference: 1

Tutorial 6 -- Two source interference

3/7 19


  Go over Exam I    
3/9 20


 

Huygens' principle: waves

   
3/10       Make up exam 1    
3/11 21 KJF 17, UP 36 HW 5L

Recovering the ray model results

 
Week 8     HW 6T**  

Lab 6 -- Double slit interference: 2

Tutorial 7 -- Wave properties of light

3/14 22    

The wave model and two slit interference

Quiz 5  
3/16 23    

Diffraction

   
3/18 24   HW 6L

Diffraction: Examples

   
Week 9     HW 7T**   Lab 7 --Ohmic materials: 1

Tutorial 8 -- Working from a model: Static electricity

3/28 25    

Electric charge, ILD 3 -- Making a model: Thinking about electric force

Quiz 6  
3/30 26    

Electric forces and Coulomb's Law

   
4/1 27

KJF 20, 21
UP 22, 23

HW 7L ILD 4 -- Representation as communication: Fields    
Week 10     HW 8T**   Lab 8 -- Ohmic materials: 2
Tutorial 9 -- Abstract concepts: Fields
4/4 28     Fields: Examples Quiz 7  
4/6 29     Electrical energy and voltage    
4/8 30 KJF 22, 23
UP 25, 26
HW 8L ILD 5 -- Electrostatic potential and analogies    
Week 11     HW 9T**   Lab 9 -- Magnetic force: 1
Tutorial 10 -- Potentials
4/11 31     Understanding currents: Analogies and Kirchhoff's Laws Quiz 8  
4/13 32     Currents    
4/15 33     MIDTERM EXAM 2    
Week 12     HW 10T**   Lab 10 -- Magnetic force: 2

Tutorial 11 -- Hidden assumptions: Electric circuits

4/18 34     Go over exam 2    
4/20 35     Currents    
4/21       Make up exam 2    
4/22 36 UP 27, 28 HW 9L Examples with currents    
Week 13     HW 11T**   No lab--

Tutorial 12--Implications of a model: Electric circuits

4/25 37     More complex examples with currents Quiz 9  
4/27 38     Capacitance    
4/29 39 KJF 24,
UP 29,30
HW 10L Magnetic forces and fields    
Week 14     HW 12T**   No lab--

Tutorial 13 --Organizing observations: magnets and fields

5/2 40     Magnetism and moving charge. Quiz 10  
5/4 41     Puzzles in the structure of matter: Interaction of matter and light    
5/6 42 KJF 28, UP 37 HW 11L A third model of light: the photon    
Week 15         Makeup lab No Tutorial--
5/9 43     Review    
5/18(?)       FINAL EXAM
(8:00-12:00)
   

*
UP="Understanding Physics" by Cummings et al.
KJF = "College Physics" by Knight, Jones, and Field

** "T" (Tutorial) homework is due during the week at the beginning of your recitation section.

RETURNS

University of Maryland Physics Department Physics 122 Home


This page prepared by

Edward F. Redish
Department of Physics
University of Maryland
College Park, MD 20742
Phone: (301) 405-6120
Email: redish@physics.umd.edu

Last revision 25. March, 2011.