Which of the following is not a difference between rna and dna in human cells?
group of answer choices

rna is single stranded and dna is double stranded.

dna is helical and rna is not

the nitrogenous bases of rna are never hydrogen-bonded to other bases

none of the above

what determines the genetic code of a region of dna?
group of answer choices

the number of base pairs

the number of phosphate groups

the order of sugar and phosphate groups

the order of nitrogenous bases

1. Option C is correct. RNA nitrogenous bases sometimes bond with other bases.

2. Option D is correct. Genetic code is the 3 letter code of ordered nitrogenous bases.  

The RNA form bonds with another strand also found in the human cell.

So Option A and B can be eliminated.

The genetic code:

So we can conclude that the Genetic code is the 3 letter code of ordered nitrogenous bases.  

For more about genes you can refer to the link:

link

RNA and DNA are the nucleotides found in the cell. These nucleotides code the genetic information and play a crucial role in the central dogma of molecular biology.

The Correct answers are:

DNA is a double-stranded helical structure that consists of genetic information. The nitrogenous base, a pentose sugar, and phosphate backbone make up the DNA molecule.

On the other hand, RNA is a single-stranded molecule, that consists of a nitrogenous base, a pentose sugar, and a phosphate group. The nitrogenous base pairs in the DNA and RNA are similar, such that purines and pyrimidines form hydrogen bonds that are complementary to each other.

The genetic code is the three-letter code, which forms the ordered nitrogenous base pairing in the DNA and RNA. The genetic codes are made up of amino acids.

These codons are transcribed and translated to convey the information present in DNA and RNA.

Therefore, DNA and RNA have nitrogenous bases bonded by hydrogen bonds and the order of nitrogenous bases is complementary in these nucleotides.

To know more about nucleotides, refer to the following link:

link

its temperature is increasing. this causes molecular vibrations to increase.