(20 points) describe the structures of proteins and nucleic acids, and then explain the relationship between these two molecules within a cell.

Proteins are polymers, and they contain C, O, H, N, and sometimes S, depending on the R-group of the amino acid. The monomer of proteins are Amino acids. Amino acids have two functional groups, carboxyl and amine groups. The other one is the R-group, and there are 20 possible types of them. Proteins are important, and they can be used as biocatalysts, vital in cell membrane, etc.

There are two types of nucleic acids, DNA and RNA. DNA, or deoxyribonucleic acid, has a pentose sugar, deoxyribose which is covalently connected to a phosphorous (connected through phosphdiester bond), and a nitrogenous base. There are four possible nitrogenous base, and they can be purines (double ringed, A and G ) or pyrimidines (single ringed, C, T, and U in RNA). DNA has a phosphorus and carboxyl group. The monomer for any nucleic acid is called a nucleotide.

RNA has a few major differences from DNA. RNA's pyrimidine is uracil instead of thymine. Also, the pentose sugar for RNA is simply ribose. This means that there is a -OH in the pentose sugar.

Proteins and Nucleic acids work side-by-side in DNA replication. They also have many other uses too.

oak trees? ? what was listed

the "power" of a lens is its resolution power, or its ability to distinguish between to closely located points. with the low power lens, it is likely you will see the rough form of the hay and maybe some movement of dots around the hay. however, when observed with the high power lens, the detailed features of the hay become visible and the microbes being grown are more clearly visible.

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