How is the protein created from the mrna sequence which reads augauaguguac different from the protein created from one that reads augauaguguag? u c a g uuu phenylalanine ucu serine uau tyrosine ugu cysteine u u uuc phenylalanine ucc serine uac tyrosine ugc cysteine c uua leucine uca serine uaa stop uga stop a uug leucine ucg serine uag stop ugg tryptophan g cuu leucine ccu proline cau hisitidine cgu arginine u c cuc leucine ccc proline cac hisitidine cgc arginine c cua leucine cca proline caa glutamine cga arginine a cug leucine ccg proline cag glutamine cgg arginine g auu isoleucine acu threonine aau asparagine agu serine u a auc isoleucine acc threonine aac asparagine agc serine c aua isoleucine aca threonine aaa lysine aga arginine a aug methionine/start acg threonine aag lysine agg arginine g guu valine gcu alanine gau aspartate ggu glycine u g guc valine gcc alanine gac aspartate ggc glycine c gua valine gca alanine gaa glutamate gga glycine a gug valine gcg alanine gag glutamate ggg glycine g a. the first has fewer amino acids than the second. b. the first has isoleucine where the second has leucine. c. the first has one more amino acid than the second. d. the first has serine where the second has valine.

a). The first has fewer amino acids than the second.

Explanation: The amino acid sequence of the protein created from the first mRNA sequence is Methionine-isoleucine-valine while the amino acid sequence of the protein created from the second mRNA sequence is Methionine-isoleucine-valine-tyrosine.

From the information provided, AUG codes for methionine, AUA codes for isoleucine, GUG codes for valine UAG codes for 'stop', and UAC codes for tyrosine. Therefore, the first protein has fewer amino acids than the second protein.

prism b but im not for sure

there are mainly three domains in biological classification namely; archaea, bacteria, and eukarya.

archaea includes all the prokaryotic cells which are characterized by their lipid membranes. they have branched hydrocarbon which is attached to glycerol through an ether linkage.

bacteria includes all the prokaryotic cells, the cell membrane of which are made up of the unbranched fatty acid chain. in addition, they are attached to glycerol through an ester bond.

eukarya includes all the eukaryotic cells, that is, the cells contain a nucleus and other membrane-bound cell organelles.

they can be autotrophic as well as heterotrophic, unicellular as well as multicellular

they include kingdoms like protista, plantae, animalia, fungi et cetera.

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explanation: