The decreasing order of hydrogen bonding in t | vedclass

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(B) The correct order of hydrogen bonding is $Ice > Liquid \ water > Impure \ water$.In $Ice$,each water molecule is hydrogen-bonded to four other wat

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$B > A > C$

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(B) The correct order of hydrogen bonding is $Ice > Liquid \ water > Impure \ water$.In $Ice$,each water molecule is hydrogen-bonded to four other water molecules in a rigid tetrahedral structure,leading to maximum hydrogen bonding.In $Liquid \ water$,the structure is less ordered and molecules are in constant motion,resulting in fewer hydrogen bonds compared to ice.In $Impure \ water$,the presence of solute particles disrupts the hydrogen-bonded network of water molecules,further decreasing the extent of hydrogen bonding.

The decreasing order of hydrogen bonding in the following forms of water is correctly represented by:
$A.$ Liquid water
$B.$ Ice
$C.$ Impure water

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The decreasing order of hydrogen bonding in the following forms of water is correctly represented by:$A.$ Liquid water$B.$ Ice$C.$ Impure water