C₆H₁₅N could have a mass spectrum with M⁺ at m/z = 101 with a minor M+1 peak.

Question

Quizplus · Accepted Answer

The given code represents a molecule with the formula C16H17N, which has a molecular weight of 227 g/mol. The fragment mentioned, M⁺, translates to C11H15, with a molecular weight of 147 g/mol. This does not directly relate to the m/z = 101 peak, but in mass spectrometry, various fragments can be generated, including smaller ones like the one at m/z = 101. The presence of nitrogen in the molecule allows for the formation of an M+1 peak due to the natural abundance of ^15N, making the statement true.

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C₆H₁₅N Could Have a Mass Spectrum with M⁺ at M/z