Answered

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Pepsin, a common enzyme found in the stomach, is most active at pH values between 0.5 and 2.5. It works slowly between pH values of 2.6 and 3.4. Beyond a pH of about 3.5, it becomes completely inactive. Why does this happen? A) The enzyme inactivates because it melts into a liquid when it is not at the right pH. B) The protein chain in the enzyme is denatured, permanently inactivating it as the pH approaches 7. C) The enzymes slow down, because changing the pH changes the temperature as well, and affects the reaction.

Sagot :

kittymaniac
At a pH (or temperature) outside the optimal zone, an enzyme, which is a protein, can denature. This means it is no longer functional, as its shape has changed. This is usually an irreversible damage to the enzyme. So, if the pH in the stomach is too high, the enzyme will denature and inactivate the enzyme. This means that Answer B is correct. Hope this helps! :)

The ph level woul de very high

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