Question: Assuming that the unknown diene is responsible for the largest peak on the chromatogram, and that peak areas are proportional to component masses, estimate the

 Assuming that the unknown diene is responsible for the largest peak

Assuming that the unknown diene is responsible for the largest peak on the chromatogram, and that peak areas are proportional to component masses, estimate the mass of the unknown diene (molecular formula C10H16) in 5.00 g (SS) or 1.00 g (upside down h S) of the eucalyptus oil. Then calculate the mass of maleic anhydride needed to react with that much diene, on the chromatogram, and that peak areas are proportional to component masses,and the theoretical yield of the reaction. estimate the mass of the unknown diene (molecular formula C10H16) in 5.00g (SS) or 1.00 g (upside down h S) of the eucalyptus

\begin{tabular}{llll} O & 3118.7 & 1240.1 & 840.6 \\ \hline & 1851.1 & 1058.1 & 695.9 \\ 0 & 1778.5 & 890.8 & 561.7 \end{tabular} Numerals of the graph below Table 1 Physical properties Note: mp and bp are in C; density is in g/mL. Table 2 Melting points of maleic anhydride adducts of the possible dienes

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