The standard reduction potential of three metals $X, Y, Z$ are $0.52, 3.03$ and $1.18 V$ respectively.
The order of reducing power of the corresponding metals is:

X > Z > Y

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X > Y > Z

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Z > Y > X

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Z > X > Y

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Solution

The correct option is A $X > Z > Y$
Order of reducing power is inversely related to the reduction potential of metals, as the one with higher reduction potential will not reduce another as easily.
$∵$ Order of reduction potential is $Y > Z > X$ .
$∴$ Order of reduction power is $X > Z > Y$ .

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Similar questions

The standard reduction potential values of three metallic cations x, y, z are 0.52, -3.03 and -1.18V respectively.The order of reducing power of the corresponding metals is

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The standard reduction potential of three metals X,Y,Z are 0.52,3.03 and 1.18V respectively.The order of reducing power of the corresponding metals is:

The correct option is A X>Z>YOrder of reducing power is inversely related to the reduction potential of metals, as the one with higher reduction potential will not reduce another as easily.∵ Order of reduction potential is Y>Z>X.∴ Order of reduction power is X>Z>Y.

The standard reduction potential of three metals $X, Y, Z$ are $0.52, 3.03$ and $1.18 V$ respectively.
The order of reducing power of the corresponding metals is:

The correct option is A $X > Z > Y$
Order of reducing power is inversely related to the reduction potential of metals, as the one with higher reduction potential will not reduce another as easily.
$∵$ Order of reduction potential is $Y > Z > X$ .
$∴$ Order of reduction power is $X > Z > Y$ .