Answer:
The two cycles are photosynthesis and cellular respiration.
Cellular respiration releases energy stored in glucose (during photosynthesis). Most of this energy is transferred to an energy molecule that can be used by all cells: ATP.
And the wastes of respiration are carbon dioxide and water, which are precisely the raw materials of photosynthesis in chloroplasts (forming two linked closed cycles).
Explanation:
Answer:
Enzymes are temperature specific they do not work under high temperature and they do not work even in a very low temperature.
They are denatured in high temperature as enzymes are proteins in nature. They no longer work under such high temperatures.
During a high fever the temperature of the body rises and and the enzymes in the body loose their original shape and so they do not fit in the substrate and therefore is no longer functional.
The enzymes no longer catalyses the reaction so high fever is dangerous for the body.
It is not going to be possible to have a child that has type O blood. we can say this because Michael has a type of blood that is AB type and Danielle will be O type of blood. This implies that <span>he has type A and B
</span>carbohydrate cells on his blood and she would have red blood cells which have neither A or B markers and her body will have both A and B antibodies. Now for the second question the answer is that Michelle and Michael Jr. acquired distinctive alleles of the qualities for skin shading. The introductory cell and the sperm conveyed <span>distinctively to both of them</span>
A series of numbers is what you will need to look for to recognize a tatters.
