Question 6.IT.9: An aldehyde (A) (C11H10O) which does not undergo self aldol ......
An aldehyde (A) (C_{11}H_{10}O) which does not undergo self aldol condensation, gives benzaldehyde and 2 moles of (B) on ozonolysis. Compound (B) on oxidation with Tollen’s reagent gives an oxalic acid. Calculate the number of \pi -bonds in the original C_5H_{12}O
Step-by-Step
As per given problem the structure of C_{11}H_{10} is
\begin{matrix} CH = CH – CH = CH – CHO \\\overset{\text {Heat}}{\underset{- H _2 O / Zn}{\longrightarrow }} \\\\\\\\\ \end{matrix} 
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