(A) 2 a 35. if the ratio nucleotides from one strand of DNA are as a following ratıo $$ T=25 A=13 C=47 \mathrm{G}=15 $$, What is the ratio of $$ U $$ that found in this strand if its RNA. $$ \begin{array}{llll} ext { (A) } 25 & ext { (B) } 13 & ext { (C) } 47 & ext { (D) } 15\end{array} $$

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(A) 2 a 35. if the ratio nucleotides from one strand of DNA are as a following ratıo $$ T=25 A=13 C=47 \mathrm{G}=15 $$, What is the ratio of $$ U $$ that found in this strand if its RNA. $$ \begin{array}{llll}	ext { (A) } 25 & 	ext { (B) } 13 & 	ext { (C) } 47 & 	ext { (D) } 15\end{array} $$

UpStudy AI · Accepted Answer

We are given a DNA strand with the nucleotide ratios:
$$
T = 25,\quad A = 13,\quad C = 47,\quad G = 15
$$

In RNA, thymine ($$T$$) is replaced by uracil ($$U$$). Assuming that the given DNA strand is the coding strand, the RNA will have the same ratios as the DNA except that every $$T$$ is replaced by $$U$$.

Thus, the ratio of $$U$$ in the RNA will be the same as the ratio of $$T$$ in the DNA:
$$
U = 25
$$

The answer is $$\boxed{25}$$.
The ratio of $$ U $$ in the RNA is 25.

(A) 2 a
35. if the ratio nucleotides from one strand of DNA are as a following ratıo , What
is the ratio of that found in this strand if its RNA.

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(A) 2 a 35. if the ratio nucleotides from one strand of DNA are as a following ratıo , What is the ratio of that found in this strand if its RNA.