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Part I (Week of 01/16): Mass Spectrometry and IR Spectroscopy Section A: Molecular Formula Determination Using Mass Spectroscopy ( 6 pts.) The molecular ion for

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Part I (Week of 01/16): Mass Spectrometry and IR Spectroscopy Section A: Molecular Formula Determination Using Mass Spectroscopy ( 6 pts.) The molecular ion for a compound is found to have an m/z=88. Answer the following questions. 1) The compound may contain oxygen atoms. True False 2) The compound may contain an odd number of nitrogen atoms. True False 3) What is the molecular formula for this molecule assuming it is made entirely of carbon atoms and hydrogen atoms and contains the maximum possible number of carbon atoms? 4) is this molecular formula a reasonable option for the true molecular formula? lustify your answer. 5) If the molecule contains hydrogen atoms, carbon atoms, and one oxygen atom, what is the molecular formula? How many degrees of unsaturation does it have? Section B: IR Matching (4 pts.) On the following two pages, you will find iR spectra corresponding to the below compotinds. Assign an ia spectrum to each compound. IR

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