The anhydride of $H_{3} P O_{4}$ is:

P_{2} O_{5}

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P_{2} O_{3}

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P O_{2}

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None

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Solution

The correct option is D $P_{2} O_{5}$
The anhydride of $H_{3} P O_{4}$ is $P_{2} O_{5}$ .
$P_{2} O_{5} + 3 H_{2} O \to 2 H_{3} P O_{4}$

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Similar questions

Anhydride of $H_{3} P O_{4} \to P_{2} O_{5} + 3 H_{2} O$

P_{2} O_{3}, P_{2} O_{4} a n d P_{2} O_{5}

P_{2} O_{3}

P_{2} O_{5}

P_{2} O_{3}

P_{2} O_{3}

P_{2} O_{5}

P_{2} O_{3}

P_{2} O_{5}

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