Which of the following is not explained by molecular orbital steering?

Question

TuteeHUB · Accepted Answer

Thermal vibration create motion in the active site amino acid side chain that direct reactive groups in the substrate to interact

TuteeHUB · Answer

The juxtaposition of the side chain groups of amino-acid and the reactive groups of the substrate is not sufficient for proper catalysis

TuteeHUB · Answer

Overwhelm the vander waals repulsive forces that happen commonly between them

TuteeHUB · Answer

The active residues should guide the groups in the substrate for exact interaction by thermal vibration due to elevated temperature

TuteeHUB · Answer

Thermal vibration create motion in the active site amino acid side chain that direct reactive groups in the substrate to interact

1.	Which of the following is not explained by molecular orbital steering?
A.	The juxtaposition of the side chain groups of amino-acid and the reactive groups of the substrate is not sufficient for proper catalysis
B.	Overwhelm the vander waals repulsive forces that happen commonly between them
C.	The active residues should guide the groups in the substrate for exact interaction by thermal vibration due to elevated temperature
D.	Thermal vibration create motion in the active site amino acid side chain that direct reactive groups in the substrate to interact
Answer» D. Thermal vibration create motion in the active site amino acid side chain that direct reactive groups in the substrate to interact

Discussion