Wild-type strains of e. coli have a trna with a 5′-gua-3′ anticodon that recognizes the uac codon for tyrosine. we can represent this trna as gua-trnatyr. suppose you isolated a strain of e. coli in which a mutation changed the anticodon in this trna to 5′-cua-3′ (creating cua-trnatyr). answer the following questions about translation elongation in each strain. for each answer, type in "yes" or "no".will the wildtype trna recognize a normal uac codon in the a site? will the mutant trna recognize a normal uac codon in the a site? will the wildtype trna recognize a stop codon in the a site? will the mutant trna recognize a stop codon in the a site? will peptide bond formation occur with the wildtype trna bound in the a site? will peptide bond formation occur with the mutant trna bound in the a site? will the normal, wildtype protein be produced in the wildtype strain? will the normal, wildtype protein be produced in the mutant strain?