When $K M n O_{4}$ acts as an oxidising agent and ultimately forms $[M n O_{4}]^{2 -}$ ,
$M n O_{2}$ _, $M n_{2} O_{3}$ , $[M n]^{2 +}$ ,then the number of electrons transferred in each case respectively is

4, 3, 1, 5

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1, 5, 3, 7

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1, 3, 4, 5

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3, 5, 7, 1

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Solution

The correct option is C
1, 3, 4, 5

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Similar questions

K M n O_{4}

acts as an oxidising agent and ultimately forms

[M n O_{4}^{2 -}, M n O_{2}, M n_{2} O_{3}]

and

M n^{+ 2} .

Then the number of electrons transferred in each case respectively is:

When $K M n O_{4}$ acts as an oxidizing agent and ultimately forms $M n O_{4}^{- 2}$ , $M n O_{2}$ , $M n_{2} O_{3}$ and $M n^{+ 2}$ , then the number of electrons transferred ( per Mn atom) in each case respectively is:

When $K M n O_{4}$ acts as an oxidising agent and ultimately forms $[M n O_{4}]^{2 -}$ ,
$M n O_{2}$ _, $M n_{2} O_{3}$ , $[M n]^{2 +}$ ,then the number of electrons transferred in each case respectively is

When $K M n O_{4}$ acts as an oxidising agent and ultimately forms $[M n O_{4}]^{- 2}, M n O_{2}, M n_{2} O_{3}, M n^{+ 2}$ then the number of electrons transferred in each case respectively is

Q. When

K M n O_{4}

acts as an oxidising agent and ultimately forms

[M n O_{4}]^{- 2}, M n O_{2}, M n_{2} O_{3}, M n^{+ 2}

, then number of electrons transferred in each case is

p, q, r

and

s

respectively. Find the value of

(s - r)^{2} + (q - p)^{2}

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When KMnO4 acts as an oxidising agent and ultimately forms [MnO4]2− , MnO2 ,Mn2O3, [Mn]2+ ,then the number of electrons transferred in each case respectively is

The correct option is C 1, 3, 4, 5

When $K M n O_{4}$ acts as an oxidising agent and ultimately forms $[M n O_{4}]^{2 -}$ ,
$M n O_{2}$ _, $M n_{2} O_{3}$ , $[M n]^{2 +}$ ,then the number of electrons transferred in each case respectively is

The correct option is C
1, 3, 4, 5