Page 1 of 1

Analyze the following set of spectroscopic data in order to identify the unknown molecule of the molecular formula shown

Posted: Sat Jul 02, 2022 7:55 pm
by answerhappygod
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 1
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 1 (39.48 KiB) Viewed 13 times
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 2
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 2 (39.48 KiB) Viewed 13 times
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 3
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 3 (19.82 KiB) Viewed 13 times
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 4
Analyze The Following Set Of Spectroscopic Data In Order To Identify The Unknown Molecule Of The Molecular Formula Shown 4 (14.94 KiB) Viewed 13 times
Analyze the following set of spectroscopic data in order to identify the unknown molecule of the molecular formula shown below. Clearly label each set of protons on ¹HNMR and justify the splitting pattern. Group CNMR signals into general sets representing the same type of carbons. Identify main functional groups on FTIR spectra and draw them on the spectra. Identify at least 4 different signals on the MS spectra. Show how fragmentation occurred and the structure of each identified fragment. Lastly, write a short conclusion in which you will show the pathway/conclusions that lead to your final answer. C8H9NO 2H d 2H d Lo 2H s OF PPM 3Hs

200 180 160 po 140 120 100 PPM 200 V 1500 12 You

100- 80 8 Relative Intensity 9 20 om 25 50 75 m/z 100 125 150