- You can pick up your final this Friday at instructor (half) office hour 1:30pm to 2pm.
- Final histogram is posted
- Final solutions are posted.
- For final exam you can have 1 sheet of
formulas(both sides). Some words next to the formulas are ok. No figures, no examples. PLEASE BE ON TIME. Please bring a new blue book, a calculator (preferably non-graphics-non-programmable), and a pen. Constants will be given. Please note that calculators that are also communication devices (e.g. iphone with a calculator app) are strictly forbidden. Please write all your work in your blue book, no credit will be given for results without justification- Quiz 5 solutions are posted.
- Homework set 10 and solutions are posted
- Quiz 5 book topics: Giancoli Chpt. 15 except 15-11, Chpt. 16 up to 16-6. French Chpt. 5 starting with "Many coupled oscillators", up to (excluding) "normal modes of a crystal lattice". Chpt. 6, excluding "forced vibrations of a stretched string", "normal modes of a two-dimensiona system " and "three dimensional system" and "normal modes and orthogonal functions". Chpt. 7 up to (excluding) "wave pulses".
- Homework sets 8 and 9 and solutions are posted
- Reading: French Ch. 7, not cutoff, momentum flow two-dim and three-dim; Giancoli Ch. 15. Note that French's definition of k (wavenumber) differs from the one used in class and in Giancoli by a factor 2pi.
- Reading: French Ch. 6, not two-dim and three-dim sections; Giancoli 15-9, 16-4.
- Quiz 4 solutions are posted.
- French book reading for next week: rest of Chpt. 5
- Quiz 4 topics: Statistical interpretation of entropy, Giancoli Chpt. 14, French Chpts. 1, 3, 4 up to p. 101, 5 up to p. 131. Please bring a new blue book, a calculator (preferably non-graphics-non-programmable), a pen, and a 3x5 note card with formulas (you can use both sides). Constants will be given. Please note that calculators that are also communication devices (e.g. iphone with a calculator app) are strictly forbidden. Please be on time. Please write all your work in your blue book, no credit will be given for results without justification
- French book reading: Chpt. 5, coupled oscillators, up to (excluding) â€œForced vibrations of two coupled oscillators" (p. 132).
- Homework sets 6 and 7 are posted
- French book reading: Chpt. 1, Chpt. 3 except "torsional oscillations" and "massive springs", Chpt. 4 except "transient phenomena" and everything from "examples of resonance" on.
- Quiz 3 solutions are posted.
- Quiz 3 (Chpts. 19, 20): Please bring a new blue book, a calculator (preferably non-graphics-non-programmable), a pen, and a 3x5 note card with formulas (you can use both sides). Constants will be given. Please note that calculators that are also communication devices (e.g. iphone with a calculator app) are strictly forbidden. Please be on time. Please write all your work in your blue book, no credit will be given for results without justification
- Additional reading on 2nd law: Sects. 4.1, 4.2, 4.3, 4.4.1
- Homework set 5 and solutions are posted.
- Quiz 2 solutions are posted.
- Homework set 4 and solutions are posted.
- Quiz 2 (Chpts. 17, 18): Please bring a new blue book, a calculator (preferably non-graphics-non-programmable), a pen, and a 3x5 note card with formulas (you can use both sides). Constants will be given. Please note that calculators that are also communication devices (e.g. iphone with a calculator app) are strictly forbidden. Please be on time.
- Homework set 3 and solutions are posted.
- Quiz 1 solutions are posted, see link to "Quiz solutions" below
- Quiz 1 (fluids, Chpt. 13): Please bring a blue book, a calculator (preferably non-graphics-non-programmable), a pen, and a 3x5 note card with formulas for Chpt. 13. Constants will be given. Please note that calculators that are also communication devices (e.g. iphone with a calculator app) are strictly forbidden. Please be on time.
- Homework set 2 and solutions are posted.
- Note: if you don't have the textbook yet, here is a scanned copy of Chapter 13
- Note: the Tu-Th lectures at CSB-001 have been relocated to CSB-004 starting this Thu April 4.
- First lecture is Monday, April 2
- First discussion section is Wed April 4
- First problem section is Thu April 5
- First quiz is Monday April 9
- Homework set 1 and solutions are posted (see link below "Homework assignments and solutions").
- Please read the "Students' Responsibilities" section on page 1 of the UCSD Policy on Integrity of Scholarship, here is a pdf. If in doubt, ask.
Please include phys4b or just 4B in the subject line when you send email about the course, so it goes to the right mailbox

Lectures:TuTh 12:30p-1:50p, CSB 004; M 4:00p-4:50p Mande B-210

Quizzes:some Mondays, 4:00p-4:50p Mande B-210 (see Course and Quiz Schedule above)

Discussion:W 4:00p-4:50p York 2622

Problems:Th 6:00p-7:30p, Center Hall 217B.

Course Texts:

(1)Giancoli, Physics for Scientists and Engineers, Pearson, 2009

(2)French, Vibrations and Waves, Norton, 1971

Course Description:See General Catalog

Final exam: M 11:30a-2:29p, CSB 004

Instructor:Jorge E. Hirsch, 5310 Mayer Hall, Ext. 4-3931, e-mail: jhirsch@ucsd.edu

Office Hour: Friday 1:30 - 2:30 pm

5310 Mayer Hall is near southwest corner of building, outside balcony

Teaching Assistant:Sridip Pal, e-mail: srpal@ucsd.edu

Office Hour:Tu 2:30-3:30pm, 4430 Mayer Hall

HOMEWORK ASSIGNMENTS:Problems from the book will be assigned every week, solutions will be posted on the web page. To fully understand the material, you should work most of the problems on your own without help of the solution key. Homeworks will not be graded.

QUIZZES:Closed-book quizzes will be given on alternate Mondays, the first one on April 9th. There will be lectures on the other Mondays. There will be no make-up quizzes.

COURSE GRADEwill be computed from the average of the 5 quizzes (50%) and the (closed book) final exam (50%). If you need to miss a quiz due to unavoidable circumstances AND notify the instructor beforehand, the weight of the final and other quizzesmaybe adjusted accordingly.

- For extra help, try the Physics Department Tutorial Center
- Students with Disabilities
- UCSD Physics Courses Homepage
- Physics Department Web page
- TritonLink - UCSD student website.

This page was visited times since the beginning of the quarter.