Hydrolysis of which of the following nucleic | vedclass

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(A) According to Chargaff's rule,the amount of adenine $(A)$ is equal to the amount of thymine $(T)$,and the amount of guanine $(G)$ is equal to the a

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$(A)$,$(B)$,$(C)$

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(A) According to Chargaff's rule,the amount of adenine $(A)$ is equal to the amount of thymine $(T)$,and the amount of guanine $(G)$ is equal to the amount of cytosine $(C)$ only in double-stranded $DNA$.$m$-$RNA$,$r$-$RNA$,and single-stranded $DNA$ are single-stranded molecules.Therefore,they do not follow Chargaff's rule and do not yield an equal number of $A$ and $T$ or $G$ and $C$ upon hydrolysis.Thus,$(A)$,$(B)$,and $(C)$ do not give equal numbers of these bases.

Hydrolysis of which of the following nucleic acids does not give an equal number of $A$ and $T$ or $G$ and $C$?
$(A)$ $m$-$RNA$
$(B)$ Single strand $DNA$
$(C)$ $r$-$RNA$
$(D)$ Double helix $DNA$

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Hydrolysis of which of the following nucleic acids does not give an equal number of $A$ and $T$ or $G$ and $C$?$(A)$ $m$-$RNA$$(B)$ Single strand $DNA$$(C)$ $r$-$RNA$$(D)$ Double helix $DNA$