JEE CHEMISTRY MCQ: P-BLOCK ELEMENTS

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Application +4 | -1

The number of molecules of water needed to convert one molecule of

{P_2}{O_{5\;}}

into orthophosphoric acid is:

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Correct option: B

Option B (3) is correct because 3 water molecules are required to convert one molecule of P2O5 into two molecules of orthophosphoric acid.

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17^{\text {th }}

{O}_2

{O}_2

\mathrm{C}{\mathrm{N}^ - }

{\mathrm{N}_2}

\mathrm{C}{\mathrm{N}^ - },\mathrm{\;}{\mathrm{N}_2}

2 {Fe}^{3+}+{SO}_2+2 {H}_2 {O} \rightarrow 2 {Fe}^{2+}+{SO}_4^{2-}+4 {H}^{+}

{H}_2 {~S}_2 {O}_8

{S}={O}

{S}-{OH}

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{O}

{NH}_3

{H}_2 {SO}_4

{H}_2 {SO}_4