Answer:
radiation because a few examples 1 cause if you were to take rads head on you would get a mutation 2 look at most of fallouts enemies
B.) ATP contains a 5-carbon sugar, three phosphate groups, and an adenine base. Energy is released when the bond between the second phosphate group and the third phosphate group is broken.
Answer:
absorption of oxygen
Explanation:
the others would not make sense so i think this is the answer
If the active site of an enzyme is damaged, leaving it nonfunctional, the reaction proceeds as if it were a non-catalyzed reaction without a lowering of the activation energy.
<h3>What is the active site of an enzyme?</h3>
An active site of an enzyme is the site in an enzyme which the substrate molecules binds to in order for the enzyme to perform its function.
The effective binding of substrate to active site of an enzyme enables catalysis to occur.
Thus, when the active site of an enzyme is damaged, the enzyme becomes non-functional.
Based on the graph, the reaction proceeds as if it were a non-catalyzed reaction without a lowering of the activation energy as seen in the purple colored graph.
In conclusion, effective bonding of substrate to enzyme active site is essential for catalysis to occur.
Learn more about enzyme active site at: brainly.com/question/22318217
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