These are the possible fragments of the molecule. The values are not visible, so difficult to correlate.
The structure of the compound will be helpful for the interpretation of the LCMS data.
It is also important to understand whether the sample is a pure one or has got some other related or non-related impurities in it.
LCMS Data Interpretation The following chromatogram shows the base peak chromatogram (BPC) overlaid with an extracted...
6) MALDI cluster masses: Assume that your substrate M shows a peak at an m/z ratio of 201 for the [M+H]+ pseudomolecular ion. (A) Determine the m/z value for the following ions that might also be observed, then (B) sketch a mass spectrum that contains equal amounts of each of the ions (i – v), along with the pseudomolecular ion, in the m/z range 0-600. Label each peak with its ion formula. i) [M2+H]+ ii) M2+ iii) M22+ iv) M2+...
The IR/spectrum shows the value, 1st photo shows the
instructions.
Attached are 2 sets of spectra. Each set is worth 25 points. Not all sets have a Mass Spectrum, but do have information that was obtained from MS and some sets do not have a "C-NMR and don't really need one. Look at each spectrum individually and clearly list and comment on the structural Characteristics you can determine from that spectrum. (Chemical shifts, splitting patterns, coupling constants, fragmentation patterns, absorption...