The $M n^{3 +}$ ion is unstable in solution and undergoes disproportional reaction to give $M n^{2 +}, M n O_{2}$ and $H^{+}$ . Write a balanced ionic equation for the reaction.

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Solution

$2 M n^{+ 3} (a q .) + 2 H_{2} O (l) ⟶ M n O_{2} (s) + M n^{+ 2} (a q .) + 4 H^{+} (a q)$

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The Mn³⁺ ion is unstable in solution and undergoes disproportionation to give Mn²⁺, MnO₂, and H⁺ ion. Write a balanced ionic equation for the reaction.

Q. The

M n^{3 +}

ion is unstable in solution and undergoes disproportionation to give

M n^{2 +}, M n O_{2}

and

H^{+}

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M n^{3 +}

ions are unstable in solution and undergo disproportionation to give

M n^{2 +}

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Q. Write balanced net ionic equation for the following reaction in basic solution:

M n (O H)_{2} (s) + M n O_{4}^{-} (a q) \to M n O_{2} (s)

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{M n}^{3 +}

in the following reaction is (

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) :

{M n}^{3 +} ⟶ {M n}^{2 +} + M n O_{2}

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The Mn3+ ion is unstable in solution and undergoes disproportional reaction to give Mn2+,MnO2 and H+. Write a balanced ionic equation for the reaction.

2Mn+3(aq.)+2H2O(l)⟶MnO2(s)+Mn+2(aq.)+4H+(aq)

The $M n^{3 +}$ ion is unstable in solution and undergoes disproportional reaction to give $M n^{2 +}, M n O_{2}$ and $H^{+}$ . Write a balanced ionic equation for the reaction.

$2 M n^{+ 3} (a q .) + 2 H_{2} O (l) ⟶ M n O_{2} (s) + M n^{+ 2} (a q .) + 4 H^{+} (a q)$