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Instructor
W. Craig Carter Associate Professor 13-5018, x3-6048 ccarter@mit.edu Office Hours: Mon 1-2PM |
Teaching Assistant
Rajesh Raghavan Postdoctoral Associate, Course 3 Office 13-5114, 258-0222 rajeshsr@mit.edu Off. Hours: Th 2-3PM in 13-5002 |
Administration
Rachel Kemper 13-5026, x3-6936 rkemper@mit.edu |
Email questions will be answered as much as possible--I will often copy the answer to the entire class.
Please see http://pruffle.mit.edu/3.00 for updates to this document.
Appointments can be made in addition to office hours.
Homeworks will be due the following Monday at 5PM in the designated box outside of Dr. Raghavan's office: 13-5114. If you choose to work in a group, it is each group member's responsibility that the group's homework is turned in on time.
You will be allowed one and only one late homework.3No exceptions.
The grade in 3.00 will be determined by:
Students will not get credit for showing off--only productive comments or genuine questions will receive credit.
If you are curious whether you are getting credit--please ask. However, if you are unsure, then you are probably not participating actively.
Asking questions during recitation or coming to office hours also count as participation. If you fear that you are getting very far behind in class participation, it is possible to get some credit for creating web content to add to the 3.00 website.
You can turn in homeworks as a group--in other words, if you choose to work as a group, you only need to turn in one problem set for the group.4There is no limit on the number of people of homework group. However, if you turn the problem set as a group then each member of the group must turn in a confidential report of the fraction that each member contributed; the sum of fractions will be unity. We will assign credit based on all the confidential reports.
There are exams from last year on the web. It would be wise to look at them as this year's exams will follow a similar format. You should expect conceptual questions on exams--the kind you should read very carefully because they can be tricky. For instance, a typical question may be: Explain whether and why the following statements are true or false. ``The entropy of an isolated system can never decrease.'' ``If the Gibbs Free energy of two bodies are equal, then the two bodies are in equilibrium at constant pressure.'' There may simple questions that require symbolic computation--you definitely won't need a calculator, but bring one with you if it helps you feel more comfortable. No notes or open book exams.
Thermodynamics is a subject that must be digested slowly. Please try to keep up and work at a constant rate. Cramming for a thermodynamics exam is usually a recipe for poor performance.