Compound A shows the following reactions:
(i) It evolved di- hydrogen gas with potassium.
(ii) When reacted with HCl and $Z n C l_{2}$ mixture, turbidity due to compound J appears immediately.
Compound A, was passed over alumina at $350^{0} C$ to give a compound B. Compound B on reductive ozonolysis gave two neutral compounds C and D. Only Compound C gave a positive test with Fehling’s solution, but D did not give positive test with Fehling’s solution. When $8.8 m g$ of compound A is dissolved in $0.50 g$ of camphor the melting point of the camphor is lowered by $8 K$ where A neither under does association nor dissociation.
$K_{f}$ (camphor) $= 40 K m o l^{- 1} K g$
Compound A contains approximately $68.18 %$ carbon, $13.16 %$ hydrogen and remaining oxygen.
Atomic mass: $C = 12 u, H = 1 u, O = 16 u, C l = 35.5 u$

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