Consider the reaction `M_((aq))^(n+) + "ne"^(-) to M`(s) The standard reduction potential values of the elements `M_(1) , M_(2) and M_(3) " are " -0.34 V , -3.05 V ` and `-1.66 V` respectively . The order of their reducing power will beA. `M_(1) gt M_(2) gt M_(3)`B. `M_(3) gt M_(2) gt M_(1)`C. `M_(1) gt M_(3) gt M_(2)`D. `M_(2) gt M_(3) gt M_(1)`.

Consider the reaction `M_((aq))^(n+) + "ne"^(-) to M`(s) The standard

1.	Consider the reaction `M_((aq))^(n+) + "ne"^(-) to M`(s) The standard reduction potential values of the elements `M_(1) , M_(2) and M_(3) " are " -0.34 V , -3.05 V ` and `-1.66 V` respectively . The order of their reducing power will beA. `M_(1) gt M_(2) gt M_(3)`B. `M_(3) gt M_(2) gt M_(1)`C. `M_(1) gt M_(3) gt M_(2)`D. `M_(2) gt M_(3) gt M_(1)`.
Answer» Correct Answer - D Less the reduction potential , greater is the reducing power

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