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Marked Assignments to be submitted to hand in box beside Dupuis 215
Assignment 1 Due Monday Feb 13 4 PM
Problems 3.35, 3.49, 4.1b, 4.2b, 5.8, 5.18c, 5.21
Assignment 2 Due Wednesday Mar 14 4 PM
Problems 6.14e, 6.47, 6.51
(where required choose between Pitzer or Lee-Kesler method based on Fig 3.14)
Design Project Info
There will be a completely new design project for this course that will be part of APSC200
Old Midterms and Exams
Quiz #1 Feb 2011 (with solution included)
Quiz #2 Mar 2011 (with solution included)
Study Problems
The study problem sets are designed to help you learn the course material. The problem sets are not marked, however it is to your benefit to work through the problems in order to gain an understanding of the course content.
NOTE: THESE ARE SUGGESTED PROBLEMS FOR WHICH SOLUTIONS WILL BE POSTED. YOU SHOULD ALSO ATTEMPT OTHER PROBLEMS FROM THE BACK OF EACH CHAPTER THAT ARE RELEVANT TO SECTIONS OF THE TEXT THAT HAVE BEEN COVERED. YOU CAN CONTACT EITHER THE TEACHING ASSISTANTS OR THE PROFESSOR IF YOU NEED HELP WITH OTHER PROBLEMS.
Week 1 Suggested Study Problems (Smith, Van Ness and Abbott, Seventh Edition):
Chapter 1 Problems 5, 10, 14 and 18.
Chapter 2 Problems 4,7,12,17,23,28,36,37
Solutions
Week 2 and 3 Suggested Problems (Smith, Van Ness and Abbott, Seventh Edition)
Chapter 3 Problems 1, 5, 8, 18, 23, 29, 30
Solutions
Week 5 and 6 Suggested Problems (SVNA, 7th Edition)
Chapter 5 Problems 2, 3, 4, 6, 8, 9, 18, 19, 21, 26, 27 [find Cp(T) from NIST or other source], 28 [find Cp(T) from NIST or other source]
Solutions
Week 7 and 8 Suggested Problems (SVNA, 7th Edition)
6.7
6.9 ‐> Use Eq 3.5 to find V2. Repeat the calculations of dH, dS and dU using data
from NIST (see link below)
6.14 all (hand in solution to e)
6.36a ‐> use NIST or the steam tables in SVNA
6.39 ‐> use NIST or steam tables in SVNA
6.41 ‐> use NIST or steam tables in SVNA
6.43a ‐> use NIST or steam tables in SVNA
6.47 (part of marked assignment. Solutions posted after submission)
6.50 ‐> use generalized correlations in tabulated form
Link to NIST
Solutions
Week 9 and 10 Suggested Problem (SVNA 7th Edition)
Chap. 7 Prob. 12-15, 17, 18, 22, 27, 30, 34, 38, 46, 47d&e
Solutions 12 through 22
Solutions 27-47
Week 11 Suggested Problems (SVNA 7th Edition)
Chap 8 Prob 2, 3d, 4- 7
Solutions 8-2, 3d
Solution 8.4
Week 12 Suggested Problems (SVNA 7th Edition)
Chap 9 Prob 1,2,7,10
Solutions
Tutorials
The tutorials are designed to provide the student with extra problems that are to be solved during tutorial time with the guidance of the TA. Working in groups is encouraged. The tutorials are every week. Solutions to the previous week's tutorial questions are provided on-line. Again, it is to the student's benefit to attend the tutorial and to attempt the tutorial problems.
Each Tutorial will be given twice Friday 2:30 PM Dup 217/Monday 1:30 PM Ellis 324. Check your timetable to see which tutorial you are assigned to. It is acceptable to occasionally switch tutorial times unless room capacity becomes a problem.
Friday Jan 13 and Monday Jan 16
Tutorial 1 Problems
Solutions in recommended problems above
Friday Jan 20 and Monday Jan 23
Tutorial 2 Problems 2-26 and 2-42 (see text)
Solution Tutorial 2
Friday Jan 27 and Monday Jan 30
Tutorial 3 Problems
Solution Tutorial 3
Friday Feb 3 and Monday Feb 6
Tutorial 4 Problems
Solution Tutorial 4 Prob 1
Solution Tutorial 4 Prob 2
Friday Feb 10 and Monday Feb 13
Tutorial 5
Friday Feb 17 (no tutorial)
Reading Week
Friday Mar 2 and Monday Mar 5 -Take up Quiz 1
Solution Quiz 1
Friday Mar 9 and Monday Mar 12 - Problem 6.40 from Text.
Solution with Chap 6 Recommended Problem Solutions (above)
Friday Mar 16 and Monday Mar 19 - Tutorial Question
Tutorial Solution
Friday Mar 23 and Mon Mar 26 - Compressor Problem from Lecture Set 11
Tutorial Solution
Friday Mar 30 and Mon Apr 2 - Superheat reheating problem from lecture Set 11a (Slide 15) Problem
Tutorial Solution
Week 12 - Tutorial 9 (no tutorial)
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