Question

Biochemical processes are subject to the laws of thermodynamics. Explain in as much detail as you are able, the enthalpy and entropy of DNA strand elongation and why this reaction is able to proceed in the cell.

Answer 1

The second law of thermodynamics hypothesizes that the entropy of a shut framework will consistently increment with time (and never be a negative worth).

The main known shut framework that exists is the whole universe and along these lines, the law applies to the universe all in all. The thought revolves around the possibility that when vitality is moved starting with one structure then onto the next, entropy increments thus.

Human life forms are not a shut framework and subsequently, the vitality info and yield of the life form aren't significant to the second law of thermodynamics straightforwardly.

The subsequent law says that everything goes from request to clutter, which is an expansion in entropy. Living things kick the bucket when the confusion in the arrangement of the living life forms increments to the point where the framework can never again work.

A living being contains data in the DNA that enables the framework to acquire vitality from outside the framework. This brings home the bacon living being an open framework. The vitality from outside the framework is utilized to beat entropy, the unconstrained breakdown of association inside the cells and frameworks inside the living life form.

Shannon's Laws of data demonstrate that data move is dependent upon the second law of thermodynamics. That is data is lost at whatever point data is moved. After some time the data in the cell's and living being's DNA is harmed and lost. At the point when the data is harmed to the point that the living being can no longer conquer the powers of entropy, the creature kicks the bucket.

Every shut framework is dependent upon the second law of thermodynamics that everything goes from request to scatter. While living things have the educational capacity to keep up an open framework the living things are not dependent upon the law of entropy.