- Re-read any of Chanson's (2004) Chapter 2 that was unclear to you.
- Read the entirety of Chapter 4 of Dingman (2008). We will cover and discuss almost all of the Chapter.
- Bring some paper, a calculator, and your book to lab/discussion.
- You don't need to vote for lecture topics for this assignment as we will cover most everything.
- Equations Based on Conservation of Mass (§ 4.3)
- Equations Based on Conservation of Momentum (§ 4.4)
- Equations Based on Conservation of Energy (§ 4.5)
- Equations Based on Diffusion (§ 4.6)
- Force-Balance & Conductance Equations (§ 4.7)
- Equations of Definition & (§ 4.8.1) & Heuristic Equations (§ 4.8.4)
- Empirical Equations (§ 4.8.3)
- For the section you are assigned, please
prepare either some slides (email me or bring on USB drive) or a handout
(hand-written is fine; print 12 copies) to lead class in the
explanation and/or derivation of the equations. Use diagrams, figures and examples as appropriate
- You will be allotted roughly 15 minutes
- Although everyone will have read each section, present your part assuming that they either did not read, or did not understand it
- If applicable, please also contrast how Chanson (2004) in Chapter 2 versus Dingman (2008) in Chapter 4 have explained the same topic (i.e. § 4.3, § 4.4, § 4.5)
See Corresponding Lecture Topic |

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