27%
46
if 15% in DNA strand is guanine then 15% must be cytosine. that leaves 70% for adenine and thymine. 35% each.
There are four different nucleobases including adenine, thymine, guanine and cytosine. Each nucleobase pairs with it's opposite, for example adenine pairs with thymine and guanine pairs with cytosine. Knowing this, if a DNA sample had 10% thymine that means it would have 10% adenine equalling 20% of the entire sample for the both of them. The remaining 80% of the sample would contain 40% cytosine and 40% guanine.
Then you also have 13% cytosine, 37% guanine, and 37% adenine.
20% because cytosine and guanine have equal amounts. Always
what is the ratio of Adenine to Thymine? What percent remains for Cytosine and Guanine? What is the ratio of Cytosine to Guanine?
if 15% in DNA strand is guanine then 15% must be cytosine. that leaves 70% for adenine and thymine. 35% each.
There are four different nucleobases including adenine, thymine, guanine and cytosine. Each nucleobase pairs with it's opposite, for example adenine pairs with thymine and guanine pairs with cytosine. Knowing this, if a DNA sample had 10% thymine that means it would have 10% adenine equalling 20% of the entire sample for the both of them. The remaining 80% of the sample would contain 40% cytosine and 40% guanine.
To clarify, are you talking about on one stand or on both strands? If it is on one strand then it is imposable to tell. there could be up to 83%. (probably not but it is possible) if you are talking 17% on both of the strands then it is implied that it is 17% of guanine This means that there is 66% left. Because on both strands there must be one adenine for every thiamine that means that there is 33% adenine.
Then you also have 13% cytosine, 37% guanine, and 37% adenine.
20% because cytosine and guanine have equal amounts. Always
what is the ratio of Adenine to Thymine? What percent remains for Cytosine and Guanine? What is the ratio of Cytosine to Guanine?
There are four bases in the DNA double helix: adenine, guanine, cytosine and thymine. An adenine in one strand always pairs with a thymine in the other strand. Similarly, a cytosine always pairs with a guanine. So the number of adenines always equals the number of thymines, and the number of cytosines always equals the number of thymines. The total number of bases must equal 100%. So if 30% of the bases are adenine, another 30% must be thymine because they always pair with each other. Thymine and adenine added together therefore make 60% of the bases. The remaining 40% must be cytosine plus guanine. If the number of cytosines must equal the number of guanines, the percentage of cytosines must be ....... well, you can work it out for yourself!
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%.
32%
Thymine binds to adenine, so we know that for every thymine, there will be one adenine. That's 15% thymine and 15% adenine. We are left with 70% other nitrogen bases. There are two bases left (guanine and cytosine), both of which bond together in equal numbers. So 70 divided by 2 is 35 -- 35% guanine and 35% cytosine.
Best Answer - Chosen by VotersSince G and C are complementary, they will have the same percentage. So 15% will be cytosine. That leaves 70% left. Half of that will be adenine, and half will be thymine (35% each)
29.7 percent of its dna is adenine, get mad?