Ph110B-15
| Differences between revisions 1 and 63 (spanning 62 versions) | Back to page |
|
Size: 16
Comment:
|
Size: 3839
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 1: | Line 1: |
| == Final exam == * <<la(EX02.pdf, Click me)>>. {{{#!wiki comment * <<color(Correction)>>: The total points: 120 points → 130 points. Extra credit still remains at 20 points (but it can be adjusted later, if necessary).—~-''<<DateTime(2015-06-05T13:13:52-0700)>>''-~ }}} |
|
| Line 2: | Line 12: |
* '''Homework 8''', ~-due 10 AM, June 8-~: <<la(H08-SR.pdf, "Special Relativity")>> {{{#!wiki comment * <<color(Correction)>>: Problem 2(d): “there” removed and one “,” removed.—~-''<<DateTime(2015-05-31T00:03:30-0700)>>''-~ }}} * '''Homework 7''', ~-due May 28-~: <<la(H07-Radiation.pdf, "Radiation")>> ~-(<<la(H07-Radiation-w-Sols.pdf, "solutions")>>)-~ * '''Homework 6''', ~-due May 21-~: <<la(H06-Waves-Fields-Radiation.pdf, "Waves, Fields, Radiation")>> ~-(<<la(H06-Waves-Fields-Radiation-w-Sols.pdf, "solutions")>>)-~ {{{#!wiki comment * <<color(Correction)>>: Problem 2: the beginning of line 9, “(or $y$)” → “(and $y$)”.—~-''<<DateTime(2015-05-19T17:16:33-0700)>>''-~ * <<color(Correction)>>: Problem 2: (3) $\tilde \epsilon = 0$ → $\tilde \varepsilon = 0$.—~-''<<DateTime(2015-05-18T15:50:57-0700)>>''-~ }}} * '''Homework 5''', ~-due May 7-~: <<la(H05-EM-Waves.pdf, "Group velocity, Wave guide, Guage transformation")>> ~-(<<la(H05-EM-Waves-w-Sols.pdf, "solutions")>>)-~ * '''Homework 4''', ~-due Apr 30-~: <<la(H04-EM-Waves.pdf, "Electromagnetic waves")>> ~-(<<la(H04-EM-Waves-w-Sols.pdf, "solutions")>>)-~ {{{#!wiki comment * <<color(Change)>>: Problem 4: Screening time → Dissipation time. }}} * '''Homework 3''', ~-due Apr 23-~: <<la(H03-Waves.pdf, "Waves")>> ~-(<<la(H03-Waves-w-Sols.pdf, "solutions")>>)-~ {{{#!wiki comment * <<color(Change)>>: Problem 3 is now worth 10 points, not 5 points. }}} * '''Homework 2''', ~-due Apr 16-~: <<la(H02-Conservation-Waves.pdf, "Conservation, Waves")>> ~-(<<la(H02-Conservation-Waves-w-Sols.pdf, "solutions")>>)-~ * '''Homework 1''', ~-due Apr 9-~: <<la("H01-Conservation.pdf", "Conservation principles")>> ~-(<<la(H01-Conservation-w-Sols.pdf, "solutions")>>)-~ {{{#!wiki comment * <<color(Change)>>: Problem 3 is moved over to Homework 2, since technically we did not cover the angular momentum, yet. However, do not worry if you had already done this problem. The TA will be able to grade it already. So, you can submit your solution for problem 3 this week or the next week, and the grade for it will be applied to homework 2. }}} == Quiz == * '''Quiz 1''', ~-Apr 16-~: <<la(Q01-Conservation.pdf, "Conservation principles")>> ~-(<<la(Q01-Conservation--Sols.pdf, "solutions")>>)-~ ~-([[../Grading Rubric QZ01|Grading Rubric]])-~ == Midterm exam == * Here is a histogram of the midterm scores (looks like a hat!; these are adjusted scores, not raw scores). <<c>> <<lia(EX01-histogram.png, scale=0.9, align=center)>> <<c(1)>> * Here is a note on the grading by the TA. {{{ The grading scheme was as follows: 1a - 15 pts 1b - 10 pts 1c - 10 pts 1d - 15 pts 2a - 15 pts 2b - 20 pts 2c - 15 pts As for other important rubric bits, the only thing that really stands out is that for part A of the first problem, if they didn't define their k-vector, they lost points, but then if they later defined it then I gave them the points for it there. It didn't happen often, but points for part A of the first problem are spread out for a handful of students. }}} * <<la(EX01.pdf, "The exam")>> and <<la(EX01--Sols.pdf, "its solutions")>>.—~-''<<DateTime(2015-05-12T13:49:31-0700)>>''-~ {{{#!wiki comment * <<color(Addition)>>: page 4, a note on the vector potential.—~-''<<DateTime(2015-05-12T16:48:25-0700)>>''-~ }}} |
Final exam
Correction: The total points: 120 points → 130 points. Extra credit still remains at 20 points (but it can be adjusted later, if necessary).—1:13PM, Jun 05, 2015
Homework
Homework 8, due 10 AM, June 8: Special Relativity
Correction: Problem 2(d): “there” removed and one “,” removed.—12:03AM, May 31, 2015
Homework 6, due May 21: Waves, Fields, Radiation (solutions)
Correction: Problem 2: the beginning of line 9, “(or $y$)” → “(and $y$)”.—5:16PM, May 19, 2015
Correction: Problem 2: (3) $\tilde \epsilon = 0$ → $\tilde \varepsilon = 0$.—3:50PM, May 18, 2015
Homework 5, due May 7: Group velocity, Wave guide, Guage transformation (solutions)
Homework 4, due Apr 30: Electromagnetic waves (solutions)
Change: Problem 4: Screening time → Dissipation time.
Homework 3, due Apr 23: Waves (solutions)
Change: Problem 3 is now worth 10 points, not 5 points.
Homework 2, due Apr 16: Conservation, Waves (solutions)
Homework 1, due Apr 9: Conservation principles (solutions)
Change: Problem 3 is moved over to Homework 2, since technically we did not cover the angular momentum, yet. However, do not worry if you had already done this problem. The TA will be able to grade it already. So, you can submit your solution for problem 3 this week or the next week, and the grade for it will be applied to homework 2.
Quiz
Quiz 1, Apr 16: Conservation principles (solutions) (Grading Rubric)
Midterm exam
- Here is a histogram of the midterm scores (looks like a hat!; these are adjusted scores, not raw scores).
- Here is a note on the grading by the TA.
The grading scheme was as follows: 1a - 15 pts 1b - 10 pts 1c - 10 pts 1d - 15 pts 2a - 15 pts 2b - 20 pts 2c - 15 pts As for other important rubric bits, the only thing that really stands out is that for part A of the first problem, if they didn't define their k-vector, they lost points, but then if they later defined it then I gave them the points for it there. It didn't happen often, but points for part A of the first problem are spread out for a handful of students.
The exam and its solutions.—1:49PM, May 12, 2015
Addition: page 4, a note on the vector potential.—4:48PM, May 12, 2015
