Name | Office Hours | ||
Lead Instructors | Milo Koretsky (MK) | milo.koretsky@oregonstate.edu | Gleeson 200 Tu 4-6 PM |
Kostas Goulas | kostas.goulas@oregonstate.edu | Gleeson 200 W 2-4 PM | |
Teaching Assistants | Fuqiong Lei | leifu@oregonstate.edu | Gleeson 200 Tu 4-6 PM |
Marjan Khorshidi Zadeh | khorshim@oregonstate.edu | Gleeson 200 W 2-4 PM | |
Ryan Cashen | cashenr@oregonstate.edu | ||
Mark Li | limar@oregonstate.edu |
The general syllabus for course is available here.
Week | Topic | Pre-Lecture (Complete Quiz on Concept Warehouse) |
Homework (Due Thursday by 1 PM) |
HW Solution | Lecture Slides | Topics Covered |
Week 1 | Review Pure Species Equilibrium |
Before W lecture: Textbook, pages 16-17,
20-24 Before F lecture: Textbook, pages 315-321 |
HW#1 | HW#1Sln | Week 1 |
M: Introduction; Psat vs. T for a pure substance W:
Scientific reasoning; Vacuum video F: Models and modeling: Vacuum; home heating; outdoor pizza oven |
Week 2 | Pure Species Equilibrium Mixtures |
M: W: Textbook, pages: 321-329 F: Textbook, pages: 334-344 |
HW#2 | HW#2Sln | Week 2 |
M: Gibbs Energy as combined first and second laws; criteria for chemical equilibrium of a pure specties; Muddiest/Surprised Points W: Clayperon and Clausius Clayperon equations F: Introduction to mixtures; etropy change of mixing for an ideal gas; partial molar properties |
Week 3 | Mixtures | M: MLK Holiday W: Textbook, pages: 344-347, 355 F: Textbook, pages: 357-359, 367-36 |
HW#3 (Due 1.28 by 10 AM) |
HW#3Sln | Week 3 |
M: Martin Luther King Jr. Day W: Nomenclature of mixtures; physical explanation of partial molar volume and enthalpy F: Partial molar properties: experimental and analytical determination |
Week 4 | Chemical Potential Fugacity |
M: Review Chapter 6 W: Exam 1 F: Textbook, pages: 391-402 |
No HW | Week 4 |
M: Gibbs-Duhem Equation; Review W: Exam 1 (individual) F: Criteria for chemical equilium in mixtures |
|
Week 5 | Fugacity in the vapor | M: W: Work through Examples 7.1, 7.2, 7.3 F: Graphic text on fugacity p 1-4 |
HW#4
Elby Paper |
HW#4 Sln | Week 5 |
M: Introduction to fugacity W: Fugacity in pure vapor: steam tables & vdW EOS F: Review Studio 5; fugacity of pure species |
Week 6 | Fugacity in vapor mixtures Fugacity in the liquid |
M: Textbook, pages: 403-414, Example 7.4 W: Textbook, pages: 414-418 F: Textbook, pages: 425-436 |
HW#5 | HW#5 Sln | Week 6 | M: Fugacity of vapor mixtures; generalized correlations W: Ideal solutions; Lewis / Randall and Henry's law reference states F: Review of Studio 6; fugacity of pure liquids; excess properties |
Week 7 | Fugacity in the liquid, solid | M: Textbook, pages: 419-420, 436-441, 449 W: Textbook pages 450-452; Graphic text on fugacity p 5-8 F: No Reading |
Text: 7.56, 7.57, 7.60 and 7.62 | HW#6 Sln | Week
7 Three-suffix Margules - gammas |
M: Two-suffix Margules equation W: Assymetric models for gE - historical developmentF: Intro to phase diagrams; lever rules |
Week 8 | Missed due to snow | M: Textbook pages
467-484 W: Exam 2 F: Textbook pages 484-486, 495-500 |
No HW |
M: SNOW (no class) W: SNOW (Exam 2 postponed) F: Exam 2 (individual) |
||
Week 9 | Phase Equilibria: VLE, LLE and SLE |
M: Textbook pages 511-515, 523-531 W: Textbook pages 563-568 F: Textbook pages 579-580, 586 |
HW#7 | HW#7 Sln | Week 9 |
M: Fitting Models for gE W: VLE; Deviations from Raoult's Law; azeotropes F: Bubble point and dew point calculations; LLE, , SLE (salt CW question) |
Week 10 | Chemical Reaction Equilibria | M: Textbook pages 599-602 W: F: |
HW#8 | HW#8 Sln | Week 10 |
M: Introduction to Chemical Reaction Equilibrium: enthalpy, entropy, and Gibbs energy W: Formal development of expression for K; relation to T and stoichiometry F: Dependence of lnK on T |
Homework assignments are to be turned in at the beginning of
class on
the due date.
Old exams are avaiilable here for you to practice:
Exams
1 and 2 from 2017 and 2018 are available on the links
below. One point of note. The emphasis on which
content we
are covering is different this year, so the exam emphasis will also
change.
Lecture handouts will be archived here in PDF format.
By the end of this course, you will be able to:
Sec | Day/Time/Date | Location | Curr | Instructor |
1 | MWF 1000-1050 | LINC 210 | 103 | Milo
Koretsky Kostas Goulas |
11 | R 1300-1350 | BEXL 102 | 21 | Fuqiong
Lei Ryan Cashen |
12 | R 1300-1350 | BEXL 103 | 21 | Marjan
Khorshidi Zadeh Mark Li |
13 | R 1400-1450 | BEXL 102 | 21 | Fuqiong
Lei Ryan Cashen |
14 | R 1400-1450 | BEXL 103 | 21 | Marjan
Khorshidi Zadeh Mark Li |
15 | R 1500-1550 | BEXL 102 | 19 | Ryan
Cashen Mark Li |