230415 Compounds (A) gives two mol acetone and glyoxal on ozonolysis?

230481 An alkene on reductive ozonolysis gives 2molecules of $\mathrm{CH}_2(\mathrm{CHO})_2$. The alkene is:

230417 Butene-2 $\underset{\text { 2.ale. } \mathrm{KOH}, \Delta}{\longrightarrow}[\mathrm{A}] \underset{\mathrm{O}_5}{\stackrel{\mathrm{O}_3}{\mathrm{O}} \mathrm{\longrightarrow}}[\mathrm{B}]$
Compounds $A$ and $B$ are

230455 If ozonolysis of an organic compound $A$ yields acetone and propionaldehyde, then $A$ is

230415 Compounds (A) gives two mol acetone and glyoxal on ozonolysis?

230481 An alkene on reductive ozonolysis gives 2molecules of $\mathrm{CH}_2(\mathrm{CHO})_2$. The alkene is:

230417 Butene-2 $\underset{\text { 2.ale. } \mathrm{KOH}, \Delta}{\longrightarrow}[\mathrm{A}] \underset{\mathrm{O}_5}{\stackrel{\mathrm{O}_3}{\mathrm{O}} \mathrm{\longrightarrow}}[\mathrm{B}]$
Compounds $A$ and $B$ are

230455 If ozonolysis of an organic compound $A$ yields acetone and propionaldehyde, then $A$ is

230415 Compounds (A) gives two mol acetone and glyoxal on ozonolysis?

230481 An alkene on reductive ozonolysis gives 2molecules of $\mathrm{CH}_2(\mathrm{CHO})_2$. The alkene is:

230417 Butene-2 $\underset{\text { 2.ale. } \mathrm{KOH}, \Delta}{\longrightarrow}[\mathrm{A}] \underset{\mathrm{O}_5}{\stackrel{\mathrm{O}_3}{\mathrm{O}} \mathrm{\longrightarrow}}[\mathrm{B}]$
Compounds $A$ and $B$ are

230455 If ozonolysis of an organic compound $A$ yields acetone and propionaldehyde, then $A$ is

230415 Compounds (A) gives two mol acetone and glyoxal on ozonolysis?

230481 An alkene on reductive ozonolysis gives 2molecules of $\mathrm{CH}_2(\mathrm{CHO})_2$. The alkene is:

230417 Butene-2 $\underset{\text { 2.ale. } \mathrm{KOH}, \Delta}{\longrightarrow}[\mathrm{A}] \underset{\mathrm{O}_5}{\stackrel{\mathrm{O}_3}{\mathrm{O}} \mathrm{\longrightarrow}}[\mathrm{B}]$
Compounds $A$ and $B$ are

230455 If ozonolysis of an organic compound $A$ yields acetone and propionaldehyde, then $A$ is