An organic compound A of molecular formula C₂H₆O is a constituent of wine and beer. This compound on heating with alkaline potassium permanganate forms another organic compound B which turns blue litmus to red. Identify the compounds A and B.

Q. An organic compound A is a constituent of antifreeze . The compound on heating with oxygen forms another compound B which has molecular formula of C₂H₄O_{6 , identify the compounds. Write chemical reaction involved. Write one use of each compound.}

Q.

An organic compound 'A' is a constituent of antifreeze and has the molecular formula C₂H₆O. Upon reaction with alkaline KMnO₄, the compound 'A' is oxidised to another compound 'B' with formula C₂H₄O₂ . ldentify the compounds 'A' and 'B'. Write the chemical equation for the reaction which leads to the formation of 'B'.

Q. An organic compound $\left[A\right]$ having molecular formula $C_2{H}_{7}N$ on treatment with nitrous acid gives a compound $\left[B\right]$ having molecular formula $C_2{H}_{6}O$. $\left[B\right]$ on treatment with an organic compound $\left[C\right]$ gives a carboxylic acid $\left[D\right]$ and a sweet smelling compound $\left[E\right]$. Oxidation of $\left[B\right]$ with acidified potassium dichromate also gives $\left[D\right]$
Identify $\left[A\right],\left[B\right],\left[C\right],\left[D\right]$ and $\left[E\right]$

Q. An organic compound 'X' is a constituent of wine. On heating with acidified potassium dichromate it gives a compound 'Y' which gives brisk effervescence with sodium bicarbonate. Identify 'X' and 'Y'

Q. An organic compound $\left[A\right]$ having molecular formula $C_2{H}_{7}N$ on treatment with nitrous acid gives a compound $\left[B\right]$ having molecular formula $C_2{H}_{6}O$. $\left[B\right]$ on treatment with an organic compound $\left[C\right]$ gives a carboxylic acid $\left[D\right]$ and a sweet smelling compound $\left[E\right]$. Oxidation of $\left[B\right]$ with acidified potassium dichromate also gives $\left[D\right]$
Write balanced chemical equation of $\left[D\right]$ with chlorine in the presence of red phosphorus and name the reaction.