(B) When chloral $(CCl_3CHO)$ is boiled with an aqueous solution of sodium hydroxide $(NaOH)$,it undergoes a haloform reaction to produce chloroform $

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(B) When chloral $(CCl_3CHO)$ is boiled with an aqueous solution of sodium hydroxide $(NaOH)$,it undergoes a haloform reaction to produce chloroform $(CHCl_3)$ and sodium formate $(HCOONa)$.The chemical equation is: $CCl_3CHO + NaOH \xrightarrow{\text{Boil}} CHCl_3 + HCOONa$.

Class 12 Chemistry 8-1.Aldehydes and Ketones Properties

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Which of the following is obtained when chloral is boiled with $NaOH$?

AIPMT 1991 All AIPMT

A
$CH_3Cl$
B
$CHCl_3$
C
$CCl_4$
D
None of these

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Class 12

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Chapter

8-1.Aldehydes and Ketones

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Properties

Previous Year

AIPMT 1991 Paper All AIPMT years →

The structure of the main product $(B)$ of the following reaction will be:

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Match the compounds in Column-$I$ with their respective intermolecular attraction forces in Column-$II$.

Column-$I$ (Compound) Column-$II$ (Attraction Forces)

$A$. Aldehyde $i$. Intermolecular hydrogen bond formed in $ROH$ between $O^{\delta -}$ of one molecule and $H^{\delta +}$ of another molecule.

$B$. Ketone $ii$. Dipole-dipole forces between $C^{\delta +}$ of one molecule and $O^{\delta -}$ of another molecule.

$C$. Alcohol $iii$. van der Waals forces

$D$. Alkane $iv$. Ionic forces

Column-$I$ (Compound)	Column-$II$ (Attraction Forces)
$A$. Aldehyde	$i$. Intermolecular hydrogen bond formed in $ROH$ between $O^{\delta -}$ of one molecule and $H^{\delta +}$ of another molecule.
$B$. Ketone	$ii$. Dipole-dipole forces between $C^{\delta +}$ of one molecule and $O^{\delta -}$ of another molecule.
$C$. Alcohol	$iii$. van der Waals forces
$D$. Alkane	$iv$. Ionic forces