Unformatted text preview: l state at t = 0 ([S]=[So] and [P]=0) to the final state.
([S]
[So])=[P] Rearranging in terms of [S]= [So]
[P]. [P]= [So]
[S] is also correct. c. No Inhibition d [ P ] k2 [ E ][ S ] k2 [ E ]([ So ] ! [ P ])
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dt
K m + [ S ] K m + ([ So ] ! [ P ])
Product Inhibition k2 [ E ]([ So ] ! [ P ])
k2 [ E ]([ So ] ! [ P ])
d [P]
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dt
K m (1 + + [ P ] / K I ) + ([ So ] ! [ P ]) K m + [ So ] + [ P ]( K m / K I ! 1)
Compare rates of product formation with and without production inhibition [So]=Km and KI=0.1Km For [P]= 0.1Km No inhibition
d [ P ] k2 [ E ][ S ] k2 [ E ]([ So ] ! [ P ]) k2 [ E ]( K m ! 0.1K m ) 0.9
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k2 [ E ] = 0.4737k2 [ E ] dt
K m + [ S ] K m + ([ So ] ! [ P ]) K m + ( K m ! 0.1K m ) 1.9
Inhibition k2 [ E ]([ So ] ! [ P ])
k2 [ E...
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