Schiff's reagent is used for the differentiation between:
- A$HCHO$ and $CH_3CHO$
- B$CH_3COCH_3$ and $CH_3CHO$
- C$C_6H_5CH_2COCH_3$ and $C_6H_5COCH_2CH_3$
- D$HCHO$ and $C_6H_5CHO$
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Similar Questions
Identify the product $A$ in the following reaction:
$1$-phenylcyclohex-$1$-en-$1$-one $\xrightarrow[(2) H^+]{(1) PhMgBr/CuCl} (A) (C_{19}H_{20}O)$
$1$-phenylcyclohex-$1$-en-$1$-one $\xrightarrow[(2) H^+]{(1) PhMgBr/CuCl} (A) (C_{19}H_{20}O)$
Difficult
View SolutionThe products $(A)$ and $(B)$ respectively in the above Beckmann rearrangement reactions are:
The number of aldehydes that undergo Cannizzaro reaction from the following are Phenyl ethanal,Methanal,$2-$Methoxy propanal,Trichloro ethanal.
Match the following reactions in List-$I$ with their products in List-$II$.
List-$I$ (Reaction) List-$II$ (Product) $A$. $\text{Ketone} + NaBH_4$ $I$. $1^\circ$-alcohol $B$. $\text{Ester} + LiAlH_4$ $II$. $3^\circ$-alcohol $C$. $RMgX + \text{Ketone}$ $III$. $2^\circ$-alcohol $IV$. $\text{Alkane}$
| List-$I$ (Reaction) | List-$II$ (Product) |
| $A$. $\text{Ketone} + NaBH_4$ | $I$. $1^\circ$-alcohol |
| $B$. $\text{Ester} + LiAlH_4$ | $II$. $3^\circ$-alcohol |
| $C$. $RMgX + \text{Ketone}$ | $III$. $2^\circ$-alcohol |
| $IV$. $\text{Alkane}$ |
The given reaction is: $CH_3-CH=CH-O-C(CH_3)=CH_2 \xrightarrow{H_3O^+} A + B$. Compounds $(A)$ and $(B)$ can be differentiated by:
Difficult
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