The standard electrode potential for the two electrode \[{{A}^{+}}/A\] and \[{{B}^{+}}/B\] are respectively 0.5 \[V\] and 0.75 \[V\]. The \[emf\] of the given cell \[A\,\,|\,\,{{A}^{+}}(a=1)\,\,||\,\,{{B}^{+}}(a=1)\,\,|\,\,B\] will be

The standard electrode potential for the two electrode \[{{A}^{+}}/A\]

1.	The standard electrode potential for the two electrode \[{{A}^{+}}/A\] and \[{{B}^{+}}/B\] are respectively 0.5 \[V\] and 0.75 \[V\]. The \[emf\] of the given cell \[A\,\,\|\,\,{{A}^{+}}(a=1)\,\,\|\|\,\,{{B}^{+}}(a=1)\,\,\|\,\,B\] will be
A.	1.25 \[V\]
B.	? 1.25 \[V\]
C.	? 0.25 \[V\]
D.	0.25 \[V\]
Answer» E.

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The standard electrode potential for the two electrode \[{{A}^{+}}/A\] and \[{{B}^{+}}/B\] are respectively 0.5 \[V\] and 0.75 \[V\]. The \[emf\] of the given cell \[A\,\,|\,\,{{A}^{+}}(a=1)\,\,||\,\,{{B}^{+}}(a=1)\,\,|\,\,B\] will be

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