Well, the best answer there is to give is, "it depends". You may know that the nucleotides guanine and cytocine only bond with each other, and that thymene and adenine do the same. (Chargoff's rule.) Exampla gratia: T= 20% A= 20% 40 percent has been used. 60% remains. This is divided equally between the remaining two (Cytosene and Guanine) so: G= 30% C= 30% The actual percentages vary between species and organism. The specific ratio that you as a human have is part of who you are, though order, of course, also matters.
Since guanine is paired with cytosine, that means 15% of them are cytosine as wel That means that the remaining 70% are halved between adenine and thymine.
15% C and 35% A and T because of Chargaffs LAw.
100%
3.2% Nitrogen Nitrogen is very common in proteins and organic compounds. It is also present in the lungs due to its abundance in the atmosphere.
glucose molecule
The meaning is the percent of the original molecule dissociated during the process of dissociation.
The relative amount of mass an atom contributes to a molecule
30 percent
100%
The Chromosomes do :).
The species that contains the greatest percent by mass of hydrogen is H3O with a plus 1 charge on the Oxygen molecule. The species that is the Bronsted-Lowery acid in the forward reaction is NH4 with a plus 1 charge.
If the DNA macromolecule contains 20% G (guanine), then by Watson-Crick complementarity it must contain 20% C (cytosine). Together this equals 40%, so the percent that is A (adenine) and T (thymine) together is 60%. By Watson-Crick complementarity, then, the percent A in the molecule is half of 60: 30%.
13.3
it tells you how much of the molecule the element is
it tells you how much of the molecule the element is
There are two atoms of iron and three atoms of oxygen in the compound Fe2O3. The mass percent of iron is 69.943%
3.2% Nitrogen Nitrogen is very common in proteins and organic compounds. It is also present in the lungs due to its abundance in the atmosphere.
No, some are identical, others aren't. But they can be different. Example: Dylan and Cole Sprouse, Mary-Kate and Ashley.
glucose molecule