In batch reaction time with enzyme deactivation, calculate the first-order deactivation rate constant.(Given so = 12 mM; vmax = 9 mM h-1; Km = 8.9 mM; sf = 1.2 mM; th = 4.4 h).

In batch reaction time with enzyme deactivation, calculate the first-o

1.	In batch reaction time with enzyme deactivation, calculate the first-order deactivation rate constant. (Given s_o = 12 mM; v_max = 9 mM h^-1; K_m = 8.9 mM; s_f = 1.2 mM; t_h = 4.4 h).
A.	0.150 h<sup>-1</sup>
B.	0.158 h<sup>-1</sup>
C.	0.155 h<sup>-1</sup>
D.	0.154 h<sup>-1</sup>
Answer» C. 0.155 h<sup>-1</sup>

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In batch reaction time with enzyme deactivation, calculate the first-order deactivation rate constant. (Given so = 12 mM; vmax = 9 mM h-1; Km = 8.9 mM; sf = 1.2 mM; th = 4.4 h).
Convert vmax = 7 mmol m-3 s-1 into mM h-1.

In batch reaction time with enzyme deactivation, calculate the first-order deactivation rate constant.(Given so = 12 mM; vmax = 9 mM h-1; Km = 8.9 mM; sf = 1.2 mM; th = 4.4 h).

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In batch reaction time with enzyme deactivation, calculate the first-order deactivation rate constant.
(Given s_o = 12 mM; v_max = 9 mM h^-1; K_m = 8.9 mM; s_f = 1.2 mM; t_h = 4.4 h).