MCQ
Reaction $C{H_3}CON{H_2}\xrightarrow{{NaOBr}}$ gives
- A$C{H_3}Br$
- B$C{H_4}$
- C$C{H_3}COBr$
- ✓$C{H_3}N{H_2}$
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$CH_3 - CH = CH - CH_3 \xrightarrow{{{O_3}}} A $$\xrightarrow[{Zn}]{{{H_2}O}} B.$
The compound $B$ is

$(A)$ The total number of stereoisomers possible for ${X}$ is $6$
$(B)$ The total number of diastereomers possible for ${X}$ is $3$
$(C)$ If the stereochemistry about the double bond in ${X}$ is trans, the number of enantiomers possible for ${X}$ is $4$
$(D)$ If the stereochemistry about the double bond in ${X}$ is cis, the number of enantiomers possible for ${X}$ is $2$