The magnitude of the change in oxidising power of the MnO−4/Mn2+ cou

1.	The magnitude of the change in oxidising power of the MnO−4/Mn2+ couple is x×10−4 V, if the H+ concentration is decreased from 1 M to 10−4 M at 25°C. (Assume concentration of MnO−4 and Mn2+ to be same on change in H+ concentration). The value of x is . (Round off to the nearest integer).[Given: 2.30RT/F=0.059]
Answer» The magnitude of the change in oxidising power of the $M n O_{4}^{-} / M n^{2 +}$ couple is $x \times 10^{- 4} V$ , if the $H^{+}$ concentration is decreased from $1 M$ to $10^{- 4} M$ at $25 ° C$ . (Assume concentration of $M n O_{4}^{-}$ and $M n^{2 +}$ to be same on change in $H^{+}$ concentration). The value of $x$ is . (Round off to the nearest integer). [Given: $2.30 R T / F = 0.059$ ]

The magnitude of the change in oxidising power of the MnO−4/Mn2+ couple is x×10−4 V, if the H+ concentration is decreased from 1 M to 10−4 M at 25°C. (Assume concentration of MnO−4 and Mn2+ to be same on change in H+ concentration). The value of x is . (Round off to the nearest integer).[Given: 2.30RT/F=0.059]

Answer»

The magnitude of the change in oxidising power of the $M n O_{4}^{-} / M n^{2 +}$ couple is $x \times 10^{- 4} V$ , if the $H^{+}$ concentration is decreased from $1 M$ to $10^{- 4} M$ at $25 ° C$ . (Assume concentration of $M n O_{4}^{-}$ and $M n^{2 +}$ to be same on change in $H^{+}$ concentration). The value of $x$ is . (Round off to the nearest integer).

[Given: $2.30 R T / F = 0.059$ ]

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