Which of the following is true for DNA but not RNA? Release of PPi from the monomer provides the energy for polymerization. It has 4 different bases. It has secondary structure. None of the above; all are true for both DNA and RNA

DNA And RNA

Explanation:

All are true for both DNA and RNA because they are release of ppi from the monomer provides the energy for polymerization.Proteins, lipids and complex starches (polysaccharides), nucleic acids are one of the four significant sorts of macromolecules that are fundamental for every known type of life. The nucleic acids comprises of two significant macromolecules, Deoxyribonucleic corrosive (DNA) and ribonucleic corrosive (RNA) that convey the hereditary guidelines for the improvement,  The center structure of a nucleic corrosive monomer is the nucleoside, which comprises of a sugar buildup + a nitrogenous base that is joined to the sugar buildup at the 1′ position. The sugar used for RNA monomers is ribose, while DNA monomers use deoxyribose that has lost the hydroxyl useful gathering at the 2′ position of ribose.  Four nitrogenous bases that are joined into the standard DNA structure. These incorporate the Purines such as  Adenine (An) and Guanine (G), and the Pyrimidines.Cytosine (C) and Thymine (T). RNA utilizes indistinguishable nitrogenous bases from DNA, aside from Thymine. where is the Uracil (U) found    in the RNA nucleotide.The nucleotide ,When the  one of  phosphate group are connected to a nucleoside at the 5′ position so that is formed  the sugar buildup.The joining of one phosphate frames a nucleoside monophosphate, the fuse of two phosphates shapes a nucleoside diphosphate, and the fuse of three phosphates frames a nucleoside triphosphate.

Codons are important in the composition of proteins, because each codon calls for a specific amino acid.

Explanation:

The genetic message contained in the DNA is formed by an alphabet of four letters that correspond to the four nucleotides: A, T, C and G.

With these four letters it is necessary to form "words" that have the meaning of "amino acids".

The genetic code of DNA is expressed by broken bases, which were called codons. Each codon, formed by three letters, corresponds to a certain amino acid.

The correspondence between the trio of bases of DNA, the trio of bases of RNA and the amino acids specified by them constitutes a message in code that came to be known as "genetic code".