What would you expect to find bound to the stop codon at the a site?
a) a charged trna with the anticodon tag
b) a charged trna with the anticodon atc
c) an uncharged trna
d) a release factor
e) nothing binds to a stop codon, which is why the peptide is released.

Release factors will be bound to the A site of the ribosomes when the stop codon appear

Explanation:

The stop codon are not recognizable by tRNA so Release factor 1 will recognize UAA and UAG  stop codons or Release factor 2 will recognize UAA and UGA stop codon, gets bind to the A site of ribosomes and triggers the hydrolysis of ester bond in peptidyl tRNA (between peptide and tRNA) and facilitates the release of newly synthesized peptide chain from the ribosomal assembly. Later on Release Factor 3  will catalyzes the removal of Release factor either 1 or 2 depending on the type of codon present on mRNA from the ribosomal assembly.

answer; i do believe that the correct answer is; ///mendelian genes are at specific loci on the chromosome and, in turn, segregate during meiosis;

the generally accepted parts of modern cell theory include: all known living things are made up of one or more cells. all living cells arise from pre-existing cells by division. the cell is the fundamental unit of structure and function in all living organisms.