Answer
Nucleotide that use in the formation of high energy molecule is known as Adenine.
Explanation
A single nucleotide is composed of three components, these are:
1. Pentose sugar
2. Phosphate group (phosphoric acid, and
3. Nitrogenous base.
Formation of high energy molecule
ATP stands for adenosine triphosphate is a type of mononucleotide. When adenine and nitrogenous base combine they give rise to another molecule known as adenosine.
Adenine + nitrogenous base → Adenosine
However when one phosphate group is attached to it it become adenosine monophosphate.
Adenosine + posphate → Adenosine monophosphate
Similary when another phosphate is attached it become adenosine diphosphate and the addition of third phosphate lead to the formation of adenosine triphosphate.
Conclusion
Thus is is cleared from the above discussion that Adenine is the main component of ATP (Energy rich molecule).
hey there! so im gonna go with finch Y because of the size of the beak if you pay VERY close attention to the passage it states "into small narrow folds" for this the birds beak would have to be short and skinny which would eliminate finches y and w which leaves finches y and z.
i hope this helped and good luck :)
It removes the most fertile part of soil.
Answer:
An enzyme is a molecule that speeds up a reaction. In the case of DNA reproduction, enzymes not only speed up the reaction, they are necessary for DNA reproduction.
Explanation:
An enzyme is a molecule that speeds up a reaction. In the case of DNA reproduction, enzymes not only speed up the reaction, they are necessary for DNA reproduction.
Recall that DNA is a long strand with a many repeating base pairs. In order for DNA to reproduce, the base pairs must be split apart. One half of the strand is then used as a template to build a new strand of DNA.
The enzyme helicase is responsible for splitting DNA along the base pairs. Helicase moves along the DNA strand unzipping the strand just as a zipper.
Answer:
wind and solar energy rely on weather to generate power unlike fossil fuels
