Homework 5
Materials & Energy Balances
Due Wednesday May 5 12 midnight 492 Rhodes.
(You can leave the homework in my mailbox in 401 Rhodes if that is easier.)

Problems from Felder and Rousseau
Chapter 5 page 214 (10 Problems)
Chapter 6 page 280 (10 Problems)
Turn in one homework per group. 

Please do one problem on one sheet (or multiple sheets) then staple all of the problems together in order.

DO NOT RANDOMLY PLACE PROBLEM ANSWERS OUT OF SEQUENCE OR CRAM PROBLEMS ON ONE SHEET.

Indicate environmental or safety issues or interesting tidbits of information involved with chemicals/processes where appropriate (one line or more if you want).

Derive the Ideal Gas Law and explain the virial expansion,
5.29 (Phosgene), 5.37, 5.44, 5.51 (give formulas used for example cells) (Methanol),  5.57 (give formulas for spread sheet), 5.63 (give formulas), 5.78, 5.79, 5.83
6.1,
-Using a sketch of Fig. 6.1-1 show heating of water at atmospheric pressure through the melting and boiling points, production of supercritical water by pressurizing water at room temperature followed by heating, production of supercritical water from steam at atmospheric pressure, sublimation of ice, equilibrium of water ice and steam.
-Lookup the atmospheric conditions and composition of Juipter and explain what a splash down in the fluid core of Juipter would look like.
6.3, 6.5 (show formulas) (ethylene glycol),  6.6, 6.7, 6.9, 6.10, 6.12

(You can use the Chemical Engineering or Materials Engineering Student Lounge to work on the problems
Chemical is on 6'th floor between Baldwin and Rhodes and Materials is on the 5'th floor of Rhodes.)