$CH_3-CO-OC_2H_5 \xrightarrow{H_2N-NH_2} X$; $CH_3-CO-C_2H_5 \xrightarrow{H_2N-NH_2} Y$. $X$ and $Y$ are:
- A$X = CH_3-C(=N-NH_2)-OC_2H_5$,$Y = CH_3-C(=N-NH_2)-C_2H_5$
- B$X = CH_3-CO-NH_2$,$Y = CH_3-C(=N-NH_2)-C_2H_5$
- C$X = CH_3-CO-NH-NH_2$,$Y = CH_3-C(=N-NH_2)-C_2H_5$
- D$X = CH_3-C(=N-NH_2)-C_2H_5$,$Y = CH_3-C(=N-NH_2)-C_2H_5$
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Similar Questions
Ketone reacts with $NH_2OH$ to give oxime. The reaction is as follows:
$R_2C=O + H_2N-OH \rightarrow R_2C=N-OH + H_2O$
The total number of organic products (ketoxime) formed when the simplest ketone and its next higher homologue react with $NH_2OH$,is:
$R_2C=O + H_2N-OH \rightarrow R_2C=N-OH + H_2O$
The total number of organic products (ketoxime) formed when the simplest ketone and its next higher homologue react with $NH_2OH$,is:
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