2) For the spectra on pages 5, 6, and 7: a) Calculate the index of hydrogen deficiency. b) Calculate the quantity of hydrogen atoms represented by each 'H NMR signal. c) If there is splitting of the 'H NMR signal, then determine the quantity of hydrogen atoms on adjacent carbon atoms that cause the observed splitting pattern for that signal. d) Propose a structure consistent with the spectral information. Indicate which hydrogen atoms correspond to specific H NMR signals. If there are aromatic hydrogens, their signals need not be differentiated. b. C5H160 10 6 0 5 8 (ppm) frequency c. C,H1002 DE DERES 10 8 7 6 0 8 (ppen) frequency 6