A dinucleotide is obtained by joining two nuc | vedclass

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Question

(A) phosphodiester linkage is a covalent bond that connects the $3'$ carbon atom of one sugar molecule to the $5'$ carbon atom of another sugar molecu

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$5'$ and $3'$

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(A) phosphodiester linkage is a covalent bond that connects the $3'$ carbon atom of one sugar molecule to the $5'$ carbon atom of another sugar molecule in a nucleic acid chain.This linkage involves a phosphate group that bridges the two sugars,forming the backbone of $DNA$ and $RNA$.Therefore,the phosphodiester bond is formed between the $3'$ carbon of the first nucleotide and the $5'$ carbon of the second nucleotide.

$A$ dinucleotide is obtained by joining two nucleotides together by a phosphodiester linkage. Between which carbons of the sugar of the nucleotides are these linkages present?

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