(D) The interaction between an ion $(X^{-})$ and a non-polar molecule $(X_2)$ leads to the formation of an induced dipole in the non-polar molecule. T

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(D) The interaction between an ion $(X^{-})$ and a non-polar molecule $(X_2)$ leads to the formation of an induced dipole in the non-polar molecule. This interaction is known as an ion-induced dipole attraction. In the case of $Br^{-} + Br_2 \rightarrow Br_{3}^{-}$,the bromide ion induces a dipole in the bromine molecule,which facilitates the formation of the polyhalide ion $Br_{3}^{-}$.

Class 11 Chemistry Chemical Bonding and Molecular Structure Types of bonding and Forces in solid

Medium

$PBr_{5(s)} \rightarrow PBr_{4}^{+} + Br^{-}$
$Br^{-} + Br_2 \rightarrow Br_{3}^{-}$
Which of the following forces is responsible for the interaction of $X^{-}$ and $X_2$ to form a coordinate bond between $X^{-}$ and $X_2$?

A
Keesom force
B
Debye force
C
London force
D
Ion-induced dipole attraction

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Chemical Bonding and Molecular Structure

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Types of bonding and Forces in solid

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Match the type of interaction in Column $I$ with the distance dependence of their interaction energy in Column $II$:
$I$. Ion-ion $a$. $1/r$
$II$. Dipole-dipole $b$. $1/r^{2}$
$III$. London dispersion $c$. $1/r^{3}$
$d$. $1/r^{6}$

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$I$. Ion-ion	$a$. $1/r$
$II$. Dipole-dipole	$b$. $1/r^{2}$
$III$. London dispersion	$c$. $1/r^{3}$
	$d$. $1/r^{6}$

$PBr_{5(s)} \rightarrow PBr_{4}^{+} + Br^{-}$ $Br^{-} + Br_2 \rightarrow Br_{3}^{-}$ Which of the following forces is responsible for the interaction of $X^{-}$ and $X_2$ to form a coordinate bond between $X^{-}$ and $X_2$?

Similar Questions

Structure of $BeCl_2$ in solid state,vapour phase and at very high temperature respectively are :-

The solid phosphorus pentachloride exists as:

Graphite is a soft solid lubricant extremely difficult to melt. The reason for this anomalous behaviour is that graphite

Crystals of covalent compounds always have

Match the type of interaction in Column $I$ with the distance dependence of their interaction energy in Column $II$:$I$. Ion-ion$a$. $1/r$$II$. Dipole-dipole$b$. $1/r^{2}$$III$. London dispersion$c$. $1/r^{3}$$d$. $1/r^{6}$

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$PBr_{5(s)} \rightarrow PBr_{4}^{+} + Br^{-}$
$Br^{-} + Br_2 \rightarrow Br_{3}^{-}$
Which of the following forces is responsible for the interaction of $X^{-}$ and $X_2$ to form a coordinate bond between $X^{-}$ and $X_2$?

Match the type of interaction in Column $I$ with the distance dependence of their interaction energy in Column $II$:
$I$. Ion-ion $a$. $1/r$
$II$. Dipole-dipole $b$. $1/r^{2}$
$III$. London dispersion $c$. $1/r^{3}$
$d$. $1/r^{6}$