use structures to fill in blanks in IR spectra Match the twelve compounds that are listed...
IR spectroscopy 1. Match the following six compounds to the IR spectra shown below. Draw the structure in the box. On the spectra, mark all important peaks with arrows or circles, and label them with corresponding bonds. NH2 orte de Structure: IR Spectrum lould film) 1723 V 4000 2000 3000 1200 1600 V (cm ) Structure: IR Spectrum fiquld fam) 4000 2000 V (cm 16001200800 ) Exp - 119- Exp. 100 Structure: 3600-2500 IR Spectrum liguld fm) U 1715 4000...
3. Match the t he compounds that are listed below with corresponding Infrared spectra that are displayed on this page and the following Write the number of your selection in the IR spectrum. (CHCH OH Vom Exp. 100 - 123- Exp. 100 monopy Exp. 10а - 124- Exp. 10а haberler Exp. 10a - 125 - Exp. 100 I ho umano Ер 10а - 126. Exp. 10а
Match each of the following IR spectra to its corresponding organic compound by circling one of the three structures. Then, fully annotate each IR spectrum by labeling all of the relevant peaks. a b LOD Wl 4000 3000 воса ДS00 1000 наVENUHEER .NO2 NH2 ОС3З CI it1 няыа L00 50 000 g000 4000 3000 MAVENUNSERI CH3 Нас Нас ОСН3 CHз ОН жзм а LOD Wl 4000 3000 воса ДS00 1000 наVENUHEER .NO2 NH2 ОС3З CI it1 няыа L00 50 000...
ANN 3. Match the compound to its IR Spectra, and assign the important bands in the IR spectrum for each compound TE Weber pon B) shmere CH3(CH2).CH2H SOURI D) он 4000 3500 3000 2500 2000 1500 Wavebors CH3 Transmitance 1500 2500 3000 3500 2000 W vermbers 4000
4. Match the following compounds with the IR spectra on the following page, identify 2 significant signals and what they correspond to in the compound. Compounds to match are: benzaldehyde, cyclohexanone, phenol and toluene. We were unable to transcribe this image
Q3- Match the following structures to the corresponding IR spectra? explain the characteristic peaks write the approximate wave number of each important peak? A- ОН H3C H CH3 HC CH3 H3CCH2 LLO THINSMETTENCE 4000 2000 SOO HAVENUFIRERI- 1- Corresponding structure THE CANCER Sodo con AVENUMBER: Eur . D'a 2- Corresponding structure TRANSMETTANCEIXI dugo 3000 150 1000 HAVENUMBERI 3- Corresponding structure TRANSMETTENCES 2000 000 HAVENUMBERI- 4- Corresponding structure immmmm THANSNETENCEI21 2000 eoOo sua NAVENURSERI- 5- Corresponding structure TRENSMETTENCEI21 1000 200 saa...
Below are the structures of compounds followed by 2 infrared spectra. Using the letters beside each structure, match the infrared spectrum to its correct structure. You must list at least three important absorptions that help identify your structure.1b page 1.jpg1b page 2.jpg1b page 3.jpg05 IR chart.pdf
Please write neatly. 6. Below are seven spectra: 2 x 11-NMR. 3 x 1·1x C-NMR, and 1 x MS, m hat order. At the bottom of the page there are seven structures, Match each structure with a spectrum by writing the letter for the structure in the box on the correct spectrum. Fach structure and spectrum should be used only once HC-CH2-C CH3 OH 6 NH2 CH 6. Below are seven spectra: 2 x 11-NMR. 3 x 1·1x C-NMR, and...
20) Which of the following compounds gives an infrared spectrom which peaks a 3000-3500 cmt and \700 cm ir он с? А? D? В? Q) a compound with the molecular formular C3 Hia HN MR Spectrum Singlet gave the following 81.0 (12H). The structure of the compound is СНа снасна сносна © сHз сHсна сіз сH3 CH3 СН3 CH3CH CH CH2 ② CH₃CCH3 СНа сH3 1 сна 22 Select the correct row of names that correctly corresponds to the structures...
Systematically analyze the Spectra 1-6 and match them with the structures of compounds indicated below. Label the diagnostic absorptions on the spectra and then complete the table below each spectrum Note: The number of structures provided below is more than the number of spectra provided The structures indicated below are constitutional isomers of C,H602. но но Page 4 of 8 Spectrum 2: FTIR NEAT 100 90 80- 70 60 50 17356 01 5 40- 1376 991 2 30 1168.7 20...