Adenosine triphosphate is considered a high-energy compound. The energy of this compound is transferred to the cellular machinery by the conversion of ATP to ADP. Along with this conversion is the release of energy which is used by the cells. ATP contains an ordered carbon structure which is the backbone of the compound and also it contains the triphosphate part which is the most important region of the compound. These phosphorus groups are being connected by oxygen atoms and they have oxygen atoms on the side. These atoms of oxygen has a negative charge which would cause for them to repel and would want to be away from each other. Removing even just one would release about 7.3 kcal of energy per mole of ATP.
It is difficult to place Marella in any of the sub phylum of living arthropods because living arthropods have branched or no antennae while the Marella have branched legs and unbranched antenna. <span />
Yes. Found in most animal cells and plant cells. It is responsible for cell respiration and the release or storage of energy in readily useable form.
The arrangement of the pattern of the veins on the leaf is referred as the venation of the leaf.
The monocots and the dicots exhibit different venation pattern. The monocots generally exhibit the parallel venation pattern. While, the dicots represent reticulated venation.
This difference is present due to the presence of number of cotyledons in the seed.
It would be C because the ozone layer blocks out harmful radiation from reaching the surface of earth. Hope this helps! - cat
