__C____OURSE____ I____NFORMATION
AND ____P____OLICIES__

**Grade Policy**

- Homework 20%
- Midterm Exam I 20%
- Midterm Exam I I 20%
- Final Exam 40%

**Textbooks** ** **

*Principles of Heat Transfer*, M. Kaviany, Wiley, 2001, ISBN 0-471-43463-9 (make sure to have the latest printing which has 1007 numbered pages).

- Please briefly
**browse****over**the day's topic**before**the class and**bring**your textbooks to class.

**Homework**

- Homework will be collected every
**Wednesday**.

**Solutions**are posted every Wednesday, right after class, on the Class Website solutions page.

**Class Website**: http://www.engin.umich.edu/class/me335

- Here is a brief explanation and refresher of some
calculus needed to physically understand the three forms of the
conservation of energy equation, plus a review showing how the
differential and the integral forms of the equation can be related.
This is not meant to be an official text supplement, but is just something
prepared by a previous GSI that a few students have found useful in the
past. diexpl.pdf