please analyze IR for dibenzylacetone. highlight differences in peaks among acetone, benzaldehyde, and dibenzalacetone. thank you...
Please analyze IR spectra values in detail for important functional groups/stretches/peaks that determine purity and identity of acetaminophen created from 4-aminophenol. Highlight differences between the 2 profiles. Thank you. 0 3500 3323321.42283 3277.06-55 3250 3163.26 3109.25+t 3000 2750 2500 2250 2000 1750 1500 250 161651.07 11608.63— 151560.41 -151504.48_1506 1471.69 1436.97-2 11371.39384 80 11327.034 1257.59 1224.80- 1172.72 109 1107.14 1014.560 9968.272 856.39 835837.11 806.256 7796.603 7711.73703 1 000 A acetaminophen std (tylenol) acetaminophen exp 01 (tylenol) 4-aminophenol std 01 7 50...
Please analyze IR spectra values in detail for important functional groups/stretches/peaks that determine purity and identity of aspirin created from salicylic acid. Highlight differences between the 2 profiles. Thank you. 3500 3250 3234.62% 3000 2750 2584.617 2500 2250 2000 1750 1500 1 250 -1749.44-1749.44 1681.93—=1683.865 1053.00 1604.77 -1604.773 1575.84- 14814831483.26 1456.2671456.265 1417.681417.68 1367.51369.46 1323.17 +292.314 1219.011219.013 1182.36L 1184 2944 14.145.1134.14 1093.64 1093.6418 [1000 1012.63-1076 -10011037.70 9.. 970.199 916.190. *839.c916.1989.18 802.39 1839.035 790.81804.32 -754.17756 1754.17 704.02- 692 4704.02 667.3734667.37 acetylsalicylic exp...
please explain this ir specturm and what each peaks and the molecule is. thank you could you just wxplain the peaks meaning no need for rhe molecule.
what is the theoretical yield of anisalacetophenone and dibenzalacetone formed? thank you. The Aldol Condensation Precautions: Acetone, ethanol and acetophenone are flammable; work in a fume hood. Sodium hydroxide is a strong base and can cause severe skin burns and eye damage. Safety goggles are required. Gloves are recommended. Purpose To carry out two Aldol condensation reactions in which no heat is needed to obtain the condensation product. The two reactions differ in the number of enolizable protons at the...
Please help with IR and NMR analysis, explain how to analyze please! Thank you! 11109876543 ppm HEN-00-130 MIT-N0-1122 lacORE. I Tooes-No-727- IIR-NIDA-06040 CCL4 ー 318005-N0-727 TIR-NIDA-06040 i ca4 50L UTION ETHYL SALICTLAre 3199 64 Izes4 04 1441 13TE212 86 sr73 al IGE2 1402 TO Lass .84 79 C 1004 79 isag 7913KG 6|IDs1 22 u3 as o-css 10 86 79 49 62 01 Valia,,! 79 e a
Can someone please help me analyze this NMR and IR for an unknown liquid compound. Please label all the peaks and explain. Thank you! I was not given any molecular formula of the compound. we have to figure it out. the molecular formula and c is not given to me. %Transmittance 4000 3500 Sat Nov 02 03:36:17 2019 (GMT-04:00) 3262.16 3000 2851.90 2723.32 2500 Wavenumbers (cm-1) 2000 Amm 1500 1461.75 1291.18 1247.29 1179.90 1113.614 1024.82 960.68€ 1000 940.03 900.70 818.38...
please answer questjons 2a, 2b, 2c and number 3 (provide structure of product A to G). thank you so much! 2. What would be the effect on this experiment if the student a. added half the amount of benzaldehyde? b. forgot to add benzaldehyde? c. forgot to add acetone, but added a high (50%) concentration of Desde sodium hydroxide? d. washed the product with large amounts of hot ethanol? 3. Give the products of the following condensations: a. CoHs -...
Please do the calculations and show work for the three highlight questions! Thank you :) Exp 5: Nucleophilic Substitution imental Results Mass of starting material (triphenyl methanol) = 0.10 g Theoretical yield cylcohexanone = Mass of product (triphenyl methyl bromide) = 0.14 g Percent yield = 2,4 DNP derivative M. P. (text) = 162°C M.P of product = 150.3°C M.P. Percent Difference =
this is the IR spectra for 2-naphthol. can someone please analyze it and identify the most important peaks that identify the compound. thank you! %Transmittance 4000 Mon det 28 3500 61:52 2019 (GMT-04:00) 3253.32 3000 3052.13 2555.11 2500 Wavenumbers (cm-1) 2000 1680.84 1628.41 1599.64 1582.13 1500 1508.24 1464.59 1452.42 - 1273.49 1240.61 1214.58 1406.04 1378.351323.47 1362.31 1000 1171,58 1138.27 1127.67 1117.5672.39 1026.32 1013.75 957.71 933 24 842.17904.74877.72 811.56 768.67.751.65 740.24 683.33 666.32 638 95 11 11
please highlight answer to be inputted thank you Torsional vibration of a shaft is governed by the wave equation, where 0(x,t) is the angular displacement (angle of twist) along the shaft, z is the distance from the end of the shaft and t is time For a shaft of length 3T that is supported by frictionless bearings at each end, the boundary conditions are 0x(0, t) 0 (3m, t) = 0, t > 0. Suppose that the initial angular displacement...