== Final exam ==

 * [[Final exam grading|Here is some information about the final exam grading]].

 * Here is <<la(EX02-w-Solutions.pdf, "the final exam with solutions")>>.

 <<lia(lens_signs.png, width = 50%, align = right)>>

 * What to bring to the exam:
    * two US-letter sized crib sheets (each 2-sided; so total 4 pages)
    * pens/pencils
    * --(a simple calculator)--
    * a ''very well-rested'' brain of yours
    * your drink (optional)
 
 * Review session summary: The only snapshot that was taken during the review session was the above one showing the sign convention for the lens maker's equation.  We went over review sheet materials.

 * <<la(EX02-Review.pdf, "Review sheet for the final (part 2)")>> /* Three minor corrections were made in this file.  The most significant one is $\lambda \rightarrow \lambda_f$ at the end of the thin film interference discussion. */

 * <<la(PE02.pdf, "Practice exam (as a pdf file)")>>. <<ln(/../forum/question/652/practice-exam-2-start-here, "Practice exam (in the forum)")>>. /* Please start from equations in my review sheet, if possible at all, when you present solutions.  I find some solutions difficult to understand. */

== Homework ==

 * '''Homework 8''', ~-due Mar 13-~: <<la(H08-Light.pdf, "Light")>> ~-(<<la(H08-Light-w-Sols.pdf, "solutions")>>)-~

 * '''Homework 7''', ~-due Mar 6-~: <<la(H07-Lens-Interference.pdf, "Lens, Interference")>> ~-(<<la(H07---solutions.pdf, "solutions")>>)-~

 * '''Homework 6''', ~-due Feb 27-~: <<la(H06-Light.pdf, "Snell's law, Lens+")>> ~-(<<la("H06---sols-DT.pdf", "solutions, by TA D. Thorngren")>>)-~

 {{{#!wiki comment
  * <<color(Correction)>>: The solution for prob. 6 (33-10) is now corrected.  The grading ''was'' done correctly.&mdash;~-''<<DateTime(2014-03-06T18:22:24-0800)>>''-~
 }}}

 * '''Homework 5''', ~-due Feb 20-~: <<la(H05-Light.pdf, "Mirror and Snell's law")>> ~-(<<la("H05---sols-EM.pdf", "solutions, by TA E. Miller")>>)-~

 * '''Homework 4''', ~-due Feb <<color(11)>>-~: <<la(H04-Waves-Sounds.pdf, "Waves, Sound")>> ~-(<<la("H04---sols-KM.pdf", "solutions, by TA K. Matsuyama")>>)-~

 * '''Homework 3''', ~-due Jan 30-~: <<la(H03-Waves.pdf, "Waves")>> ~-(<<la(H03-Waves-w-Sols.pdf, "solutions")>>)-~

 {{{#!wiki comment
  * <<color(Score Statistics, royalblue)>>: 69 &pm; 44 (out of 120).
  * <<color(Addition)>>: Hooke&rsquo;s law part for 1(a).  Note that Hooke&rsquo;s law is applicable to any spring as a whole, if the spring is uniformly deformed (as in a static sitatuaion or in a SHM).  It is just that when a wave is going through the spring, Hooke&rsquo;s is applicable only at the nano-scale level.&mdash;~-''<<DateTime(2014-01-27T11:39:13-0800)>>''-~
 }}}

 * '''Homework 2''', ~-due Jan 24-~: <<la(H02-SHM-Waves.pdf, "SHM and Waves")>> ~-(<<la(H02---sols-DJ.pdf, "solutions, by TA D. Jenkins")>>)-~

 {{{#!wiki comment
  * <<color(Score Statistics, royalblue)>>: 73 &pm; 25 (out of 80).
  * <<color(Change)>>: due date is this Friday (24th).&mdash;~-''<<DateTime(2014-01-21T13:38:08-0800)>>''-~
  * <<color(Correction)>>: Problem 2 is an extra credit problem.&mdash;~-''<<DateTime(2014-01-17T18:33:15-0800)>>''-~
 }}}

 * '''Homework 1''', ~-due Jan 16-~: <<la(H01-SHM.pdf, "Simple harmonic oscillation")>> ~-(<<la(H01---sols-MB.pdf, "solutions, by TA M. Baugh")>>)-~
  
 {{{#!wiki comment
  * <<color(Score Statistics, royalblue)>>: 73 &pm; 22 (out of 90).
 }}}

== Midterm exam ==

 * <<la(EX01-w-Solutions.pdf, "Midterm exam with solutions")>>

 * [[Midterm review summary]]

 * <<la(EX01-Review.pdf, "Review sheet for the midterm")>> (with one change describe in [[Midterm review summary|this page]])

 * Practice exams for the upcoming midterm, and my review sheets: <<la(EX01--13.pdf, part 1)>> ~-(<<la(EX01-Review--13.pdf, review 1)>>)-~ and <<la(EX02--13.pdf, part 2)>> ~-(<<la(EX02-Review--13.pdf, review 2)>>)-~.  ~-(Crossed out parts do not apply for the upcoming midterm.)-~
    * It is planned that my updated review sheet for the upcoming exam will be provided by me, by sometime early next week.
    * For the midterm, you can bring one letter size paper filled with potentially useful formulae and facts (like those contained my review sheet).
    * '''You should also bring a simple calculator for the midterm (not a graphing calculator; a smart phone is not allowed, and neither is any internet connected device)'''.
    * Review: Tue, Feb 11, 6-8 PM, Thimann 3.

== Questionnaire ==

 * The vast majority of students turned this in in the first class, but some students missed it.  If you are one of them who missed it, please <<la(Questionnaire.pdf, "download it")>>, fill it out, and return it to me.