please answer the questions and show the calculations and the tables. this is my third time asking the same questions, and i feel like the answers given are inaccurate based on the explanation. I'll like, thank you!!! 1) Here are the read outs (area under the peak proportional to the amount of amino acid) for each amino acid from an amino acid analyzer. The first column contains the name of the amino acid followed by the second column labeled unk (unknown). This data was derived from 5 mg of a protein that was hydrolyzed in 6N HCl, dried, washed in water, dried again and resuspended in 1.0 ml of buffer and the entire sample was placed in the analyzer. The analyzer separated the amino acids, coupled them with ninhydrin and measured the amount of color to determine the relative amounts of each amino acid. The third column is the standard or known values of a mix of known amounts of each amino acid. For a standard amino acid mix a solution containing 1.7 mM each of the 20 amino acids was used and 0.58 mls of this standard mix were placed on the analyzer to give the values seen in column 3 (std). 1) From the residue weight of the amino acids determine the amino acid composition (number of amino acids) and the minimum molecular weight of the protein. (Hint best to set this up on an excel spread sheet). 2) From the calculated minimal molecular weight calculate the number of moles in 5 ml of a 150 mg/ml solution of this protein? 3) What is the Molar concentration of this solution? Although the last two questions seem a bit trivial, the size of the protein puts your normal frame of reference for concentrations several orders of magnitude smaller. Amino acid unk std ala 3003 1500 arg 5105 2002 asn 2760 1804 asp 3552 1393 cys 2054 2015 gln 6625 1856 glu 4288 2102 gly 8230 1614 his 689 676 Ile 5415 1517 leu 6489 1414 lys 2980 1948 met 1489 1460 phe 5232 1710 pro 512 335 ser 7726 1515 thr 5431 1775 trp 860 1686. tyr 4217 1654 val 4843 1583 thats all the information I got