MCQ
In the following reactions sequence, the compound $J$ is an intermediate.$I \frac{\left( CH _3 CO \right)_2 O }{ CH _3 COONa } J \xrightarrow[\begin{array}{l}\text { (ii) } SOCl _2 \\ \text { (ii) anhyd. } AlCl _3\end{array}]{\text { (i) } H _2, Pd / C } K$
$\ce{J( C_9H_8O_2)}$ gives effervescence on treatment with $\ce{NaHCO_3}$ and positive Baeyer's test
$1.$ The compound $K$ is
$2.$ The compound $I$ is
Give the answer question $1$ and $2.$
$\ce{J( C_9H_8O_2)}$ gives effervescence on treatment with $\ce{NaHCO_3}$ and positive Baeyer's test
$1.$ The compound $K$ is
$2.$ The compound $I$ is
Give the answer question $1$ and $2.$
- A$(B,D)$
- B$(B,C)$
- C$(C,A)$
- D$(A,D)$
