Paul Magnano: Week 4 Individual Journal

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(question 1)
(fix question 1/do question 2&3)
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==question 1==
==question 1==
-
# u= c1 +(((y*c1*V)/(K+c1)*(c2/(c2+k))/q)
+
# c1=u-(((y*c1*V)/(K+c1))*(c2/(c2+K))/q)
-
# u2= c2 + (((y*c1*V)/(K+c1)*(c2/(c2+k))/q)
+
# c2=u2- (((y*c1*V)/(K+c1))*(c2/(c2+K))/q)
 +
 
 +
==question 2==
 +
the feed rate is a direct input that affects the steady states, in the equations everything else is being subtracted from the feed rate, showing that it is primarily responsible for the steady states value.
 +
 
 +
==question3==
 +
the replacement suggested in question 3 would result in the steady states decreasing in both cases considering each nutrient.

Revision as of 04:33, 7 February 2013

User:Paul Magnano BIOL398-03/S13:Week 4Image:1untitled.fig


Image:Table parameters.pdf

question 1

  1. c1=u-(((y*c1*V)/(K+c1))*(c2/(c2+K))/q)
  2. c2=u2- (((y*c1*V)/(K+c1))*(c2/(c2+K))/q)

question 2

the feed rate is a direct input that affects the steady states, in the equations everything else is being subtracted from the feed rate, showing that it is primarily responsible for the steady states value.

question3

the replacement suggested in question 3 would result in the steady states decreasing in both cases considering each nutrient.

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