Proteins are formed by linking basic building blocks together. these building blocks are called 'amino-acids', and there are ~20 different kinds of amino-acids. each has a characteristic structure, which you should review in your freeman textbook. once you've done that, put the following parts of the enzyme-forming process in order as best you can. like any pre-lab, the purpose of this question is not to give you a hard exam but rather to guide your reading of the lab report and background materials. the second step is:

The question was incomplete but I managed to found it some other source. Please find that in the attached picture.

The earliest step:

Formation of amino-acid building blocks

The second step:

Joining amino-acids into a polymer like beads on a string (this order is the 'primary structure')

The third step:

The first part of the protein folds due to side-chain and backbone interactions

The fourth step:

The final protein tertiary structure is completed with the addition and folding of the last parts of the protein.

The last of these steps:

The enzymatic function is possible due to the completed tertiary structure creating an 'active site' region of the protein.

Heyhonestly, probably not. humans have always had a tendency to waste things. whether it's food, cosmetic, infrastructure, or our abandoned constructions,the landscape is littered with the refuseof man. archaeology wouldn't be a developed discipline if humans didn't leave things behind. in a way it makes us human

hope it mark me as brainlieast.

We can plant more trees and plants.