Difference between revisions of "Modelling and scientific computing"

From Process Model Formulation and Solution: 3E4
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=Practice questions=
=Practice questions=


From the [[Suggested readings | Hangos and Cameron]] reference, ([http://macc.mcmaster.ca/sites/default/files/theses/Hangos_Cameron_2001_pp1-161.pdf available here]] - accessible from McMaster computers only)
<ol>
<li>From the [[Suggested readings | Hangos and Cameron]] reference, ([http://macc.mcmaster.ca/sites/default/files/theses/Hangos_Cameron_2001_pp1-161.pdf available here]] - accessible from McMaster computers only)


* Work through example 2.4.1 on page 33
* Work through example 2.4.1 on page 33
* Exercise A 2.1 and A 2.2 on page 37
* Exercise A 2.1 and A 2.2 on page 37
* Exercise A 2.4: which controlling mechanisms would you consider?
* Exercise A 2.4: which controlling mechanisms would you consider?
* Homework problem, similar to the case presented on slide 18, except
 
** Use two inlet streams F1 and F2, and assume they are volumetric flow rates
<li>Homework problem, similar to the case presented on slide 18, except
** An irreversible reaction occurs, A+3Br2C
* Use two inlet streams F1 and F2, and assume they are volumetric flow rates
** The reaction rate for A = rA=kCACB3
* An irreversible reaction occurs, A+3Br2C
*# Derive the time-varying component mass balance for species B.
* The reaction rate for A = rA=kCACB3
*# What is the steady state value of CB?  Can it be calculated without knowing the steady state value of CA?
# Derive the time-varying component mass balance for species B.
# What is the steady state value of CB?  Can it be calculated without knowing the steady state value of CA?
      
      
</ol>
''More exercises to come''
''More exercises to come''

Revision as of 17:35, 20 September 2010

Course slides

<pdfreflow> class_date = 13 September 2010 (slides 1 to 8) button_label = Create my course notes! show_page_layout = 1 show_frame_option = 1 pdf_file = A-Modelling-12-Sept-2010.pdf </pdfreflow>


<pdfreflow> class_date = 15 September 2010 (slides 9 to 15) button_label = Create my course notes! show_page_layout = 1 show_frame_option = 1 pdf_file = A-Modelling-15-Sept-2010.pdf </pdfreflow>


<pdfreflow> class_date = 16 September 2010 (slides 16 to 18)
20 September 2010 (slides 19 to the end) button_label = Create my course notes! show_page_layout = 1 show_frame_option = 1 pdf_file = A-Modelling-15-Sept-2010.pdf </pdfreflow>


Practice questions

  1. From the Hangos and Cameron reference, (available here] - accessible from McMaster computers only)
    • Work through example 2.4.1 on page 33
    • Exercise A 2.1 and A 2.2 on page 37
    • Exercise A 2.4: which controlling mechanisms would you consider?
  2. Homework problem, similar to the case presented on slide 18, except
    • Use two inlet streams F1 and F2, and assume they are volumetric flow rates
    • An irreversible reaction occurs, A+3Br2C
    • The reaction rate for A = rA=kCACB3
    1. Derive the time-varying component mass balance for species B.
    2. What is the steady state value of CB? Can it be calculated without knowing the steady state value of CA?

More exercises to come