If I = Ki = Ki , then what will happen to Vmax and Km when inhibitor acts non-competitively?

Lowers to 0.67 V max and K m increases to 2K m

Vmax is unchanged and Km increases 2Km

Lowers to 0.5 Vmax and Km remains unchanged

Lowers to 0.67 Vmax and Km increases to 2Km

If I = Ki = Ki , then what will happen to Vmax and Km when inhibitor a

1.	If I = K_i = K_i , then what will happen to V_max and K_m when inhibitor acts non-competitively?
A.	Lowers to 0.5 V<sub>max</sub> and 0.5 K<sub>m</sub>
B.	V<sub>max</sub> is unchanged and K<sub>m</sub> increases 2K<sub>m</sub>
C.	Lowers to 0.5 V<sub>max</sub> and K<sub>m</sub> remains unchanged
D.	Lowers to 0.67 V<sub>max</sub> and K<sub>m</sub> increases to 2K<sub>m</sub>
Answer» D. Lowers to 0.67 V<sub>max</sub> and K<sub>m</sub> increases to 2K<sub>m</sub>