There is no "form" listed. I'm guessing Carbon dioxide.
Answer: (A) Genetic drift
Explanation:
The genetic drift is one of the process of random sampling in which the existent gene frequency are get changed in the organisms and it is also refers as the allelic effect.
According to the given question, In a small remote area the different types of people are living and in that area the "Blue skin" condition is highly incidence due to the variation in the hemoglobin structure.
So, the high frequency in the Blue skin in that specific area is one of the example of the genetic drift and the main role of the genetic drift is to determining the sampling error from the different generation gene.
Therefore, Option (A) is correct answer.
Answer:
Option (C).
Explanation:
Breast are the two prominences present on the upper region ventrally, present in the primates. These breast serve for the mammary gland. The estrogen and growth hormone causes breast development in females.
The primary function of the female breast is the production of milk by the process of lactation. These breast are used for feeding the young ones. The blood vessels are present in abundant supply in he breast.
Thus, the correct answer is option (C).
Answer & explanation:
Adenosine triphosphate (ATP) is a molecule made up of <u>one adenosine molecule</u> and <u>three phosphate radicals</u> (P) capable of storing small amounts of energy (from the breakdown of food) in their chemical bonds, acting as a temporary energy container.
ATP is directly linked to cell metabolic processes such as cellular respiration and photosynthesis. When cells need energy, for the sodium-potassium pump, for example, the ATP molecule breaks down.
This breakdown is made by hydrolysis (ATP breaks using water), so the bond between the phosphate group 2 and the phosphate group 3 breaks down, leaving one Adenosine diphosphate (ADP) molecule, which has two phosphate radicals.
At the end of the process the energy that kept the phosphate groups bound is released and used in processes such as <u>stretching and shortening of muscle fibers</u>, nerve impulses and hormonal regulation. These processes utilize the active energy released by ATP hydrolysis.
ATP - ADP conversion is the fundamental way to get energy because the cell cannot use the glucose molecule directly.