Infrared Spectrum: Starting Material-Benzyl Alcohol IR-NIDA-05226 LIQUID FILM HIT-NO-1125 SCORE= ( )|SDBS-NO-685 BENZYL ALCOHOL 100 CHO D 4000 3000 3326 6 3088 29 3065 24 3031 10 2932 29 2875 22 1587 77 2419 84 1644 81 1962 79 1876 84 1811 81 1607 72 1593 79 1497 18 1454 7 1370 41 1332 66 1303 57 1209 23 1167 72 2000 1080 41 1039 13 1018 B 913 60 846 81 817 62 812 64 AVENUMBER 606 64 736 8 698 4 696 27 473 70 1500 1000 CH-OH 500 Comment on the key peak differences between the two IR spectra that help support the conclusion that the desired product was made. 100 Infrared Spectrum: Product=Benzoic Acid HIT-NO-1081 SCORE=SOBS-NO-673 BENZOIC ACID CHO D 4000 3000 3073 49 2678 67 3012 53 2607 62 2998 53 2554 57 2986 63 1689 6 2886 52 1603 58 2838 52 1585 55 2726 66 1464 28 1426 36 1327 17 1294 14 1187 68 1180 60 1129 84 1118 77 2000 1112 77 1107 77 1102 74 1074 62 1028 53 1001 72 943 60 HAVENUMBER 936 42 812 62 805 70 700 4 685 55 667 52 664 68 IR-NIDA-63340: KBR DISC spany 1500 imm 1000 -C-OH 500 Comment on the key peak differences between the two IR spectra that help support the conclusion that the desired product was made. The most relevant peak in the IR spectrum of benzyl alcohol has a frequency around cm-1. The most relevant peak in the IR spectrum of benzoic acid that indicates the reaction was successful has a frequency of around cm-1.