15. Analytical Techniques:IR, NMR, Mass Spect
Mass Spect:Fragmentation
15. Analytical Techniques:IR, NMR, Mass Spect Mass Spect:Fragmentation
22PRACTICE PROBLEM
A very intense base peak at m/z 44 appears in the mass spectrum of di-isopropylamine. Identify the correct cleavage diagram that accounts for the formation of the intense base peak at m/z 44 in the mass spectrum of diisopropyl amine. Also state reason for a relatively small molecular ion peak visible in the spectrum at m/z 101.
A very intense base peak at m/z 44 appears in the mass spectrum of di-isopropylamine. Identify the correct cleavage diagram that accounts for the formation of the intense base peak at m/z 44 in the mass spectrum of diisopropyl amine. Also state reason for a relatively small molecular ion peak visible in the spectrum at m/z 101.