9. In the figure below, can the Km be determined? If so, what is its value? (A) Yes, it is 62 mM/sec (B) Yes, it is 62 mM (C) Yes, it is 28 mM. (D) Yes, it is 28 mM/sec (E) none of the above

17. Which of the following properly expresses the Michaelis-Menten equation? (A) \(V_{\mathrm{max}} = v_{\mathrm{o}}K_{\mathrm{M}} / (K_{\mathrm{M}} + [\mathrm{S}])\) (B) \(v_{\mathrm{o}} = V_{\mathrm{max}}K_{\mathrm{M}} / (K_{\mathrm{M}} + [\mathrm{S}])\) (C) \(k_{\mathrm{cat}} = V_{\mathrm{max}} / [\mathrm{E}]_{\mathrm{T}}\) (D) \(V_{\mathrm{max}} = v_{\mathrm{o}}[\mathrm{S}] / (K_{\mathrm{M}} + [\mathrm{S}])\) (E) \(v_{\mathrm{o}} = V_{\mathrm{max}}[\mathrm{S}] / (K_{\mathrm{M}} + [\mathrm{S}])\)

9. In the figure below, can the Km be determined? If so, what is its value?
(A) Yes, it is 62 mM/sec
(B) Yes, it is 62 mM
(C) Yes, it is 28 mM.
(D) Yes, it is 28 mM/sec
(E) none of the above

相關試題

相關試卷

9. In the figure below, can the Km be determined? If so, what is its value?(A) Yes, it is 62 mM/sec(B) Yes, it is 62 mM(C) Yes, it is 28 mM.(D) Yes, it is 28 mM/sec(E) none of the above

相關試題

相關試卷

9. In the figure below, can the Km be determined? If so, what is its value?
(A) Yes, it is 62 mM/sec
(B) Yes, it is 62 mM
(C) Yes, it is 28 mM.
(D) Yes, it is 28 mM/sec
(E) none of the above