An organic compound C_4H_6 on ozonolysis give | vedclass

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(B) The ozonolysis of $CH_3 - CH = C = CH_2$ (buta$-1,2-$diene) proceeds as follows:$CH_3 - CH = C = CH_2 + 2O_3 \rightarrow CH_3CHO + CO_2 + HCHO$.Th

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$CH_3 - CH = C = CH_2$

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(B) The ozonolysis of $CH_3 - CH = C = CH_2$ (buta$-1,2-$diene) proceeds as follows:$CH_3 - CH = C = CH_2 + 2O_3 \rightarrow CH_3CHO + CO_2 + HCHO$.This reaction involves the cleavage of the two double bonds in the allene system. The terminal $=CH_2$ group yields $HCHO$,the central carbon atom yields $CO_2$,and the $CH_3-CH=$ fragment yields $CH_3CHO$. Thus,the correct compound is $CH_3 - CH = C = CH_2$.

An organic compound $C_4H_6$ on ozonolysis gives $HCHO$,$CO_2$,and $CH_3CHO$. The compound will be:

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