The electrode potential of electrode `M(s) rightarrow M^(n+) (aq) (2M) + ne^(-)` at 298 K is E_(1). When temperature is doubled

The electrode potential of electrode
`M(s) rightarrow M^(n+) (aq) (2M) + ne^(-)` at 298 K is E_(1). When temperature is doubled and concentration is made half, then the electrode potential becomes `E_(2)`. Which of the following represents the correct relationship between `E_(1)` and `E_(2)`?
A. `E_(1) gt E_(2)`
B. `E_(1) lt E_(2)`
C. `E_(1) = E_(2)`
D. Cannot be predicted

The electrode potential of electrode `M(s) rightarrow M^(n+) (aq) (2M) + ne^(-)` at 298 K is E_(1). When temperature is doubled and concentration is m

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