$C l O_{2}$ is the anhydride of :

H O C l

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H C l O_{2}

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H C l O_{3}

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H C l O_{2}

and

H C l O_{3}

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Solution

The correct option is D $H C l O_{2}$ and $H C l O_{3}$
$C l O_{2}$ is the anhydride of :

$H C l O_{2} + H C l O_{3} \to H_{2} O + 2 C l O_{2}$

Hence,option D is correct.

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Similar questions

{H C l O}_{4}

{H C l O}_{3}

{H C l O}_{2}

H O C l

Arrange the following compounds according to the increasing order of oxidation state of chlorine.

$H C l O_{4}, H C l O_{3}, H C l O_{2}, H C l O$

H O C l, H C l O_{2}, H C l O_{3}

H C l O_{4}

H O C l, H C l O_{2}, H C l O_{3}

H C l O_{4}

H C l O_{4} < H C l O_{3} < H C l O_{2} < H C l O

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