An compound (X) with molecular formula $C_{3} H_{8} O$ can be oxidised to (Y) with a molecular formula $C_{3} H_{6} O_{2}$ . (X) is most likely to be :

primary alcohol

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secondary alcohol

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aldehyde

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ketone

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Solution

The correct option is A primary alcohol
The compound $C_{3} H_{8} O$ is oxidised to $C_{3} H_{6} O_{2}$ . It must be a carboxylic acid. Since a carboxylic acid is formed, 'X' must be a primary alcohol.

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Q. A compound (X) of molecular formula

C_{3} H_{8} O

can be oxidized to a compound of molecular

C_{3} H_{6} O_{2}

(Y). (X) is most likely to be ___________ .

Q. A compound

X

with molecular formula

C_{3} H_{8} O

can be oxidized to a compound

Y

with the molecular formula

C_{3} H_{6} O_{2}

. The number of double bonds in

Y

is:

Q. Esterification of a compound "X" with molecular formula

C_{3} H_{6} O_{2}

, with an alcohol "Y" produces a compound with molecular formula

C_{5} H_{10} O_{2}

. X and Y, respectively, are

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An compound (X) with molecular formula C3H8O can be oxidised to (Y) with a molecular formula C3H6O2. (X) is most likely to be :

The correct option is A primary alcoholThe compound C3H8O is oxidised to C3H6O2. It must be a carboxylic acid. Since a carboxylic acid is formed, 'X' must be a primary alcohol.

An compound (X) with molecular formula $C_{3} H_{8} O$ can be oxidised to (Y) with a molecular formula $C_{3} H_{6} O_{2}$ . (X) is most likely to be :

The correct option is A primary alcohol
The compound $C_{3} H_{8} O$ is oxidised to $C_{3} H_{6} O_{2}$ . It must be a carboxylic acid. Since a carboxylic acid is formed, 'X' must be a primary alcohol.