Spring Quarter 2011

• Course Syllabus
• Sample Homework Solutions
  Examples of the style of presentation that merits
  a top score of 4 or scores of 3, 2, and 1
• Homework (get assignments and guides to solutions for the written homework here)
  

  Problem Sets	HW Assignment	Completion Deadline (usually Wednesday)	Problems To be turned in (To understand) Format: 1.9 = Prob set 1, Prob 9	Answers
  Problem Set #1	HW#1	April 6	1.1, 1.2, 1.4, 1.9 (1.6, MidSp2010 #1)	Guide and Answers #1
  Problem Set #2	HW#2	(Monday!) April 11	1.3, 1.7, 1.8 (1.5, 2.1)	Guide and Answers #2
  Problem Set #3	HW#3	April 20	2.3, 2.5, MidSp2005 #5 (2.2, 2.4)	Guide and Answers #3
  Problem Set #4	HW#4	April 27	3.2, 3.4, 3.6, MidFall2003 #5 (3.3, 3.5, 4.1, MidFall2003 #1, FinalFall2003 #1)	Guide and Answers #4
  Problem Set #5	HW#5	May 4	4.2, 4.3, 4.5, 4.6 (4.1, 4.4, lots of examples of capacitor networks on old exams)	Guide and Answers #5
  Problem Set #6	HW#6	May 11	5.4, 6.1, MidFall2001 #4, FinalSpring2001 #3 (5.1, 5.2, 5.3)	Guide and Answers #6
  Problem Set #7	HW#7	May 18	6.2, 6.3, 6.4, 6.5, 6.6 (FinalSpring2010 #3, FinalSpring2010 #4)	Guide and Answers #7
  Problem Set #8	HW#8	(Friday!) May 27	7.1, 7.4, 8.1, 8.2, 8.7 (7.2, 7.3, 7.5, 8.3, 8.5, 8.8, 8.9)	Guide and Answers #8
  Problem Set #9	HW#9	(Friday!) June 3	9.1, 9.3, FinalSpring2010 #5 (9.2, 9.4)	Guide and Answers #9
  Problem Set #10	HW#10	Not turned in	10.2, 10.3, 10.4 (10.1)	Guide and Answers #10

• "smartPhysics" (online exercises from the U. of Illinois PER group)
  Auxiliary links: Description of modules  ||  "Interactive Examples" (for additional practice with help)
  

  Items PL = prelecture WE = worked exercise	Complete before class on	Comments
  PL 1, WE 1	March 30 (Wed)
  PL 2	April 1 (Fri)
  WE 2	April 4 (Mon)
  PL 3, WE 3	April 11 (Mon)
  PL 4, WE 4	April 15 (Fri)
  PL 5, WE 5	April 18 (Mon)
  PL 6	April 20 (Wed)
  WE 6	April 22 (Fri)
  PL7, PL 8, WE 8	April 27 (Wed)
  PL 9	May 4 (Wed)
  PL 10	May 6 (Fri)
  WE 9, WE 10	May 9 (Mon)
  PL 11, WE 11	May 11 (Wed)
  PL 12	May 13 (Fri)
  PL 14, WE 14	May 18 (Wed)
  PL 15, WE 12	May 20 (Fri)
  PL 13 , WE 13	May 23 (Mon)
  PL 16	May 25 (Wed)
  PL 17, WE 17	May 27 (Fri)
  PL 18	June 1 (Wed)
  PL 19, WE 18	June 3 (Fri)

• Midterm Solutions (available after midterm, of course!)
  First Exam || First Exam Solutions
  Second Exam || Second Exam Solutions
  Second Exam Bonus Problem || Second Exam Bonus Problem Solutions
  Third Exam || Third Exam Solutions
  Final Exam || Final Exam Solutions
• Old Exams for Practice
  All exams I have given in previous versions of this course
  

  Fall 1996	Fall 2000	Spring 2001
  Exam 1 Exam 2 Exam 3	Midterm 1 Midterm 2 Final Exam	Midterm Final Exam
  Fall 2001	Spring 2002	Fall 2002
  Midterm Final Exam	Midterm Final Exam	Midterm Final Exam
  Fall 2003	Winter 2005	Spring 2005
  Midterm Final Exam	Midterm Final Exam Answers	Midterm Final Exam Answers
  Spring 2007	Spring 2010
  Midterm Final Exam Answers	Midterm Final Exam Answers
  Most answers to all old exams through Fall 2003

• How to Set Up Integrals
  A step by step guide using an example from gravitation
  Another pair of examples
  
• Course related material on the web

  Multiple topic sites
  >	Compadre The best single source for online physics and astronomy education materials. Search for topic of interest.
  >	How Stuff Works Bored with all that theory? Find out how it's put to work every day in everything you use
  >	Physics 2000 An Interactive Journey through Modern Physics, from the University of Colorado at Boulder
  >	Teaching Electromagnetism Using Advanced Technologies 3-D animations of EM fields by John Belcher et. al., MIT
  >	HyperPhysics by Professor Carl (Rod) Nave at Georgia State University
  >	The Physics Zone from the "Science Joy Wagon"
  >	Electromagnetic Interactions: The Movies by Ruth Chabay, Carnegie Mellon University
  >	Java Applets Physics 1 website, CalTech
  Electric Forces and Fields
  >	The Electric Force from the "Physics 2000" website
  >	The Electric Field from the "Physics 2000" website
  >	A visual representation of integrating to find the electric field on the axis of a uniformly charged ring. EM images by Ross Spencer, BYU
  Electric Potential
  >	Electric Fields and Potentials Wolfgang Christian, Davidson College
  >	The Electric Field Applet from the CalTech Physics 1 website
  Direct Current Circuits
  >	DC Circuits from the University of Guelph

• College of Science Emergency Procedures
  All students are responsible for being aware of these Emergency Procedures.
  Please take the time to familiarize yourself with them.