Material, Energy, and Entropy Balances

CHME-2010

Development of the ability to apply and solve equations of balance for chemical-process systems, laying the foundation for subsequent chemical engineering courses in unit operations and process design. Topics include mass and mole balances for nonreactive and reactive systems, properties of fluids, and the first and second laws of thermodynamics.

3 credits

Past Term Data

Offered
Not Offered
Offered as Cross-Listing Only
No Term Data
Spring Summer Fall
(Session 1) (Session 2)
2023
Material, Energy & Entropy Bal (3c)
  • Pankaj Karande
Seats Taken: 0/70
2022
Material, Energy & Entropy Bal (3c)
  • Pankaj Karande
Seats Taken: 60/70
2021
Material, Energy & Entropy Bal (4c)
  • Pankaj Karande
  • Nihat Baysal
Seats Taken: 55/60
2020
Material, Energy & Entropy Bal (4c)
  • Pankaj Karande
  • Jonathan Dordick
Seats Taken: 74/140
2019
Material, Energy & Entropy Bal (4c)
  • Jonathan Dordick
  • Nihat Baysal
Seats Taken: 84/140
2018
Material, Energy & Entropy Bal (4c)
  • Nihat Baysal
  • Pankaj Karande
Seats Taken: 95/140
2017
Material, Energy & Entropy Bal (4c)
  • Nihat Baysal
Seats Taken: 131/140
2016
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 123/140
2015
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 123/140
2014
Material, Energy & Entropy Bal (4c)
  • Pankaj Karande
Seats Taken: 110/120
2013
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 104/120
2012
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 93/100
2011
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 77/100
2010
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 90/100
2009
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 79/80
2008
Material, Energy & Entropy Bal (4c)
  • Peter Matthew Tessier
Seats Taken: 81/80
2007
Material, Energy & Entropy Bal (4c)
  • Jonathan Dordick
Seats Taken: 67/75