not a real essay
dont have anything al;kdjfakjdflkdadjf adlkfja; c) Identify the most abundant peaks in terms of their chemical components. In the first graph, the peak at 71 could represent the original molecule after the removal of a CH3 group. The peak at 43 represents C3H7 and also can represent CH3CO. The peak at 41 can represent C3H5 while a peak at 39 shows the same one after losing two additional hydrogen atoms. In the second graph, the peak at 125 can correspond to a loss of an oxygen atom from the original compound. The peak at 111 is the molecular ion after losing an NO. The peak at 95 represents the original ion after losing the NO2 group from the carbon ring. The peak at 83 can show the original ion minus the NO2 group and a C atom. Finally, the peak at 75 shows the molecular ion after losing the NO2 group, the attached F atom, and one H atom that is drawn off of the ring due to fluorine’s high electronegativity.