What happens to pepsin when it leaves its
normal digestive location, and moves to
where trypsin is located?

It becomes inactivated

Explanation:

Since enzymes are proteinous in nature, they perform best at a particular physiological temperature, pH and location.

So, once pepsin gets transferred to duodenum (where trypsin) is located, it becomes inactivated because it functions best in the acidic medium of gastric gland, whereas pancreas has an alkaline medium.

Thus, alkaline pH of the duodenum will coagulate and inactivate pepsin.

1. use youre data the one which you made the highest points copy exactly that and write why you got that & how

2. what option did u choose and what did they tell u how it impacted the place.

3. i would set rules every friday we would clean up and every wensday we will protect endardged animals etc. hoped i

the answer is c. it will give up it's valence electron to the other atom.