Matthew E. Jurek Week 4: Difference between revisions

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(→‎Change in r: added r values)
(→‎Steady State Exercise: fixed broken link for image 3)
 
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| uc || 60
| uc || 60
|}
|}
==Change in K==
[[image: Trial 5.jpg]]
{| border="1" class="wikitable"
|-
! Parameter !! Parameter Value
|-
| q || 0.15
|-
| un || 120
|-
| r || 1.0
|-
| K || 10
|-
| v || 0.5
|-
| uc || 60
|}
==Change in V==
[[image: Trial 6.jpg]]
{| border="1" class="wikitable"
|-
! Parameter !! Parameter Value
|-
| q || 0.15
|-
| un || 120
|-
| r || 1.0
|-
| K || 5
|-
| v || 1.0
|-
| uc || 60
|}
==Change in uc==
[[image: Trial 7.jpg]]
{| border="1" class="wikitable"
|-
! Parameter !! Parameter Value
|-
| q || 0.15
|-
| un || 120
|-
| r || 1.0
|-
| K || 5
|-
| v || 0.5
|-
| uc || 30
|}
==Steady State Exercise==
[http://openwetware.org/images/3/38/Page_1.pdf]
[http://openwetware.org/images/1/12/Page_2.pdf]
[http://openwetware.org/images/3/3b/Page_3.pdf]
*As the feed rates increase, so to do the steady states.  An increase in feed will increase the steady state because there are more nutrients available and thus the conversion rate is greater.
*The dynamics will change in that the factors are added as opposed to multiplied.  A decrease will be seen as the overall values will be decreased by a magnitude of order.  Simply adding the values together will create lesser value than when multiplied.

Latest revision as of 00:06, 8 February 2013

Matthew E. Jurek BIOL398-03/S13

Assignment Page

User Page

Given Conditions

Parameter Parameter Value
q 0.15
un 120
r 1.0
K 5
v 0.5
uc 60

Change in Q

Parameter Parameter Value
q 0.25
un 120
r 1.0
K 5
v 0.5
uc 60

Change in un

Parameter Parameter Value
q 0.15
un 200
r 1.0
K 5
v 0.5
uc 60

Change in r

Parameter Parameter Value
q 0.15
un 120
r 2.0
K 5
v 0.5
uc 60

Change in K

Parameter Parameter Value
q 0.15
un 120
r 1.0
K 10
v 0.5
uc 60

Change in V

Parameter Parameter Value
q 0.15
un 120
r 1.0
K 5
v 1.0
uc 60

Change in uc

Parameter Parameter Value
q 0.15
un 120
r 1.0
K 5
v 0.5
uc 30

Steady State Exercise

[1] [2] [3]

  • As the feed rates increase, so to do the steady states. An increase in feed will increase the steady state because there are more nutrients available and thus the conversion rate is greater.
  • The dynamics will change in that the factors are added as opposed to multiplied. A decrease will be seen as the overall values will be decreased by a magnitude of order. Simply adding the values together will create lesser value than when multiplied.
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