6.007 Electro Energy Motors to Laser
Fall 2013
Instructors: Rajeev J Ram, Marc A Baldo
TAs: Huaiyu Meng, Erika Ye, David S Levonian, Lisa Liu, Jill Annette Macko
Lecture:
MWF1
(37-212)
Tutorial: T 12,1
(24-310)
Tutorial: T 5,6
(24-320)
Office Hours: R 1-2:30
(24-310)
Office Hours: R 7:30-9
(24-322)
Information:
Announcements
Final Exam Studying
Hi all,Please note that the solutions to Midterm Exam #2 are posted. I would also encourage you to attempt the Tutorial problems from 2009, which are posted under supplementary materials. Finally, take a look at the excerpts from Griffith's book on electromagnetism which gives a good summary of the concepts covered in the middle third of the class.
Good Luck on the final!
Announced on 17 December 2013 4:48 p.m. by David S Levonian
Two Crib Sheets
Hey all,The syllabus says that you are allowed one crib sheet for the final, but you are actually allowed two sheets of paper.
We're almost there!
- Lisa
Announced on 17 December 2013 10:08 a.m. by Lisa Liu
Review Session Tonight 5pm 34-302
Hi all,Our review session tonight will be in 34-302, starting at
5pm.
We will review the quantum third of the class, go over a couple of
most-requested optics topics, and then open the floor for
Q&A.
The final exam is tomorrow (Wednesday) in 56-154 at 1:30pm.
Good luck with your studying and the rest of your finals!
Best,
Jill
Announced on 17 December 2013 10:02 a.m. by Jill Annette Macko
Course Evaluations
Hey all,Just another plea to fill out course evaluations. So far, only 36% have done so, and evaluations close tomorrow morning. We'd like to hear from more of you! It really means a lot for us to hear about what you enjoyed and didn't enjoy about the class - content, logistics, and any other aspect you would like to comment on.
Here's the link: http://web.mit.edu/subjectevaluation/
Thanks, and good luck with all your finals!
Lisa
Announced on 15 December 2013 7:49 p.m. by Lisa Liu
Wavefunction in Finite Potential Well Derivation
Hey all,Just to clarify about the derivation for the finite and infinite potential well - you should be able to derive both. You may not necessarily find the exact expressions for the energy levels of the finite potential well, but you should be able to set up the problem using boundary conditions.
- Lisa
Announced on 15 December 2013 12:17 a.m. by Lisa Liu
