Paul Magnano:Assignment Week 2: Difference between revisions
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dydt = (y*r*c)/(K+c) - q*y | dydt = (y*r*c)/(K+c) - q*y | ||
*q*u= inflow rate | *variables | ||
q*c=outflow rate | **q*u= inflow rate | ||
r=net rate of yeast population growth | **q*c=outflow rate | ||
y=yeast population | **r=net rate of yeast population growth | ||
c=nutrient concentration | **y=yeast population | ||
k=constant | **c=nutrient concentration | ||
**k=constant | |||
==Question 2== | ==Question 2== | ||
Revision as of 20:23, 24 January 2013
Assignment week 2
Question 1
- consider the model:
dcdt = q*u - q*c -((y*c)/(K+c));
dydt = (y*r*c)/(K+c) - q*y
- variables
- q*u= inflow rate
- q*c=outflow rate
- r=net rate of yeast population growth
- y=yeast population
- c=nutrient concentration
- k=constant
