The process of synthesizing proteins involves translating one "language," nucleic acid sequences, into another "language," amino
acid sequences. The cellular component that does the actual translating from codons to amino acids is the __________. View Available Hint(s) The process of synthesizing proteins involves translating one "language," nucleic acid sequences, into another "language," amino acid sequences. The cellular component that does the actual translating from codons to amino acids is the __________. RNA polymerase mRNA tRNA rRNA
The rRNA is a major component of the ribosome which is the site of conversion of the codons on the mRNA to amino acids which is brought to the ribosomes by the tRNA. But the rRNA catalyzes formation of the peptide bonds which allows for extension of the polypeptide chain. This since the rRNA is a part of the ribosomes, it mediates the actual conversion of the codons sequence to amino acids sequences.
The tendency of an object to resist a change in its motion. An attractive force between all objects that have mass. All objects in the universe are attracted to each other. ... The force that always acts perpendicular to the surface of an object.
Well I don't know much but I do know that they are different because unicellular can self produce which means they can reproduce without someone else but multicelluar needs someone else to reproduce
So Adenine and Thymine are base pairs so they have to be equal to each other. So Adenine and Thymine are both 15% or 30% together.
This means there is still 70% left.
The next base pair is Cytosine and Guanine. they also have to equal to each other. Since there is 70% left you divide that number by two and you get 35%.