I am so lost. Can anyone help me solve these? This is my data

Area Bereent Report Rorted my Multiplier Dilution. Sample Amoure 219rad. 1.0000 1.0000 1. 00000 frig (01) tnot uited in cale.1 Siqaz Ii FID) M. Area Percent Report Exercise J.2: Determining Mass Percent of a Mixture Using GC Obtain a sample of a mixture containing 1-butanol (bp 117C ), 2-butanone (bp 82C ), and methyl acetate (58C). Record the unknown number of the sample. Carefully inject 12L of the mixture and record the chromatogram. If necessary, adjust the attenuation so that all three peaks fit on the paper. Record the column temperature, flow rate of the carrier gas, column polarity, and other conditions as noted by the instructor. Measure the area of each peak. If necessary, inject 12L aliquots of the pure compounds in order to identify the peak associated with each compound. Using the detector response factors for each component determined in Exercise J.1, calculate the corrected area for each component by dividing the measured area of the component by the detector response factor for that component. (If Exercise J.1 was not done, the instructor will provide the detector response factors.) Determine the mass percent of the mixture by dividing the corrected area for each component by the sum of the corrected areas for all components. If more than one GC instrument is available for use, repeat the analysis of the mixture using (1) a higher column temperature; (2) a faster flow rate for the carrier gas; or (3) a different column. Area Bereent Report Rorted my Multiplier Dilution. Sample Amoure 219rad. 1.0000 1.0000 1. 00000 frig (01) tnot uited in cale.1 Siqaz Ii FID) M. Area Percent Report Exercise J.2: Determining Mass Percent of a Mixture Using GC Obtain a sample of a mixture containing 1-butanol (bp 117C ), 2-butanone (bp 82C ), and methyl acetate (58C). Record the unknown number of the sample. Carefully inject 12L of the mixture and record the chromatogram. If necessary, adjust the attenuation so that all three peaks fit on the paper. Record the column temperature, flow rate of the carrier gas, column polarity, and other conditions as noted by the instructor. Measure the area of each peak. If necessary, inject 12L aliquots of the pure compounds in order to identify the peak associated with each compound. Using the detector response factors for each component determined in Exercise J.1, calculate the corrected area for each component by dividing the measured area of the component by the detector response factor for that component. (If Exercise J.1 was not done, the instructor will provide the detector response factors.) Determine the mass percent of the mixture by dividing the corrected area for each component by the sum of the corrected areas for all components. If more than one GC instrument is available for use, repeat the analysis of the mixture using (1) a higher column temperature; (2) a faster flow rate for the carrier gas; or (3) a different column