Answer:
It is difficult to determine the process of adaptation unless there is a reference in from the closely related species. The process of adapting certain change in the body of an organism to survive in a better way is known as adaptation.
There should be some reference to observe the change. The adaptation can be observed only when two organism from the same species are compared.
One of them will have some adaptation and the other will not have adaptation. So , in this way we can determine the adaption.
Enzymes speed up the rate of biochemical reactions in living systems. If cells do not have enzymes the rate of biochemical reactions will be extremely slow and it will not be able to sustain life.
Enzymes are proteins which speed up the rate of chemical reactions, these enzymes can be found inside each cell. The cell can only be kept alive if the chemical reactions that are needed for its survival occur, if the reactions stop the cells will die. It is the responsibility of the enzymes to ensure that these reactions takes place very fast so that they will be able to sustain the life of the cell.
A typical reaction that take about a second inside a cell in the presence of enzymes, may takes up to two months to happen without the appropriate enzymes, which means the cell would have died long before the reaction occur.
<h2>Therapeutic response</h2>
Explanation:
Therapeutic response can be explained as:
The nurse should recognize the woman's grief and its significance
Asking her about plans for another baby is denying the loss of the other infant
Pointing out the health of another baby will disturb her feelings, repeatedly stating that the the woman has lost a twin will harm her emotionally and mentally
Here, woman needs psychosocial integrity which will help her heal faster and this is the basic health need she requires at this particular period of time
Answer:
chemical energy
Explanation:
photosynthesis is the name given to the set of chemical reactions
Which statement below BEST summarizes the role of the DNA molecule in cells. The answer is C.
