3. Analysis of the IR spectrum: A. Write an IR analysis on the identity of the reactant and product in the reaction, including a comparison of theoretical and actual absorptions with respect to spectra provided to you for these compounds. Label the characteristic peaks on the IR spectrum for the reactant and product molecules given below. Reactant: 2-methyl-2-butanol Analyst Date 1% 84 80 70 60 50 40 30 20 10 -0 -2+ 4000 PEService Monday, April 3, 2023 11:15 AM 3368 52cm-1, 4.28% T 3500 3000 1820.30cm-1, 794 T 2882. 85cm-1, 17.00 % T 2927 47cm-1, 8.77%T 2500 cm-1 PEService 118 Sample 118 By PEService Date Monday, April 03 2023 2000 1642 98cm-1, 69.88% T 1019 15, 6390 1330.52c43.90% 1454.49cm-1, 15.6%T PerkinElmer Spectrum Version 10.4.2 Monday, April 3, 2023 11:15 AM 1500 785.53cm-1, 61.48%T 1008 0cm-10 23% T 1276cm-1, 35AT 726 64cm1, 40.06%T 106 om-1, 32.38% T 8819cm-1, 12.53%T 1375.07cm-1, 11.82% 100 1.8.01%T467 6cm-1.027%T $591,022%T 929,62cm-1, 51 1185 86cm-1.4.78ST 450 1000