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Standard XII
Chemistry
Reaction with Metals
Question
In clatherates of xenon with water, the nature of bonding between xenon and water molecule is :
Dipole induced dipole interaction
Coordinate
Hydrogen bonding
Covalent
A
Hydrogen bonding
B
Covalent
C
Dipole induced dipole interaction
D
Coordinate
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Solution
Verified by Toppr
Clathrates are also known as cage compounds.
Noble gases are trapped within cavities of crystal lattices of certain organic and inorganic substances.
In xenon clathrates
the
xenon
molecules occupy the gaps in the open hydrogen-
bonded
networks of the
water
molecules.
There is no conventional chemical
bonding
involved in such
clathrates
, as in the case of halogen
clathrates
hence nature of bonding is Dipole induced dipole interaction.
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Q1
In the clathrates of xenon with water, the nature of bonding between xenon and water molecule is
:
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Q2
In the clathrates of xenon with water the nature of bonding in
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Q3
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Q4
The experiment dipole moment of water molecule is
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D
. Calculate the bond angle
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−
−
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−
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Q5
The experimental dipole moment of water molecule is
1.84
D
. Calculate the bond angle
H
−
O
−
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in water molecule, if dipole moment of
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H
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1.5
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[Take nearest integer]
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