If the sequence of nitrogenous bases on one s | vedclass

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(A) In $DNA$,the nitrogenous bases are Adenine $(A)$,Thymine $(T)$,Cytosine $(C)$,and Guanine $(G)$.According to the base-pairing rules,$A$ pairs with

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$UAGAC$

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(A) In $DNA$,the nitrogenous bases are Adenine $(A)$,Thymine $(T)$,Cytosine $(C)$,and Guanine $(G)$.According to the base-pairing rules,$A$ pairs with $T$ and $C$ pairs with $G$.However,in $RNA$,Thymine $(T)$ is replaced by Uracil $(U)$.Therefore,when transcribing $DNA$ to $RNA$,the base-pairing rules are:$A$ pairs with $U$ (instead of $T$),$T$ pairs with $A$,$C$ pairs with $G$,$G$ pairs with $C$.Given the $DNA$ sequence $ATCTG$:$A$ pairs with $U$$T$ pairs with $A$$C$ pairs with $G$$T$ pairs with $A$$G$ pairs with $C$Thus,the complementary $RNA$ sequence is $UAGAC$.

If the sequence of nitrogenous bases on one strand of $DNA$ is $ATCTG$,what will be the sequence on the complementary $RNA$ strand?

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