Consider the reaction \[M_{(aq)}^{n+}+n{{e}^{-}}\to {{M}_{(s)}}\]. The standard reduction potential values of the elements \[{{M}_{1}},\,{{M}_{2}}\] and \[{{M}_{3}}\] are \[-0.34V,\,-\,3.05\,V\] and \[-1.66\,V\] respectively. The order of their reducing power will be [NCERT 1990]

\[{{M}_{1}}>{{M}_{2}}>{{M}_{3}}\]

\[{{M}_{3}}>{{M}_{2}}>{{M}_{1}}\]

\[{{M}_{1}}>{{M}_{3}}>{{M}_{2}}\]

\[{{M}_{2}}>{{M}_{3}}>{{M}_{1}}\]

Consider the reaction \[M_{(aq)}^{n+}+n{{e}^{-}}\to {{M}_{(s)}}\]. The

1.	Consider the reaction \[M_{(aq)}^{n+}+n{{e}^{-}}\to {{M}_{(s)}}\]. The standard reduction potential values of the elements \[{{M}_{1}},\,{{M}_{2}}\] and \[{{M}_{3}}\] are \[-0.34V,\,-\,3.05\,V\] and \[-1.66\,V\] respectively. The order of their reducing power will be [NCERT 1990]
A.	\[{{M}_{1}}>{{M}_{2}}>{{M}_{3}}\]
B.	\[{{M}_{3}}>{{M}_{2}}>{{M}_{1}}\]
C.	\[{{M}_{1}}>{{M}_{3}}>{{M}_{2}}\]
D.	\[{{M}_{2}}>{{M}_{3}}>{{M}_{1}}\]
Answer» E.

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Consider the reaction \[M_{(aq)}^{n+}+n{{e}^{-}}\to {{M}_{(s)}}\]. The standard reduction potential values of the elements \[{{M}_{1}},\,{{M}_{2}}\] and \[{{M}_{3}}\] are \[-0.34V,\,-\,3.05\,V\] and \[-1.66\,V\] respectively. The order of their reducing power will be [NCERT 1990]

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