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For, I(2) + 2e rarr 2I^(-), standard red...

For, `I_(2) + 2e rarr 2I^(-)`, standard reduction potential `= +0.54` volt. For, `2Br^(-) rarr Br_(2) + 2e^(-)` standard oxidation potential `= -1.09` volt. For `Fe rarr F^(2+) + 2e^(-)`, standard oxidation potential `= +0.44` volt. Which of the follwoing reactions is non-spontaneous ?

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For I_2 + 2e to 2I^(-) , standard reduction potential = + 0.54 volt. For 2Br^(-) to Br_2 + 2e^(-) . Standard oxidation potential = - 1.09 volt. For Fe to Fe^(2+) + 2e^(-) , standard oxidation potential = + 0.44 volt. Which of the following reaction is non-spontaneous ?

For I_2 +2e rarr2I^- , standard reduction potential =+0.54 volt. For Br^(- )rarrBr_2 +2e^- , standard oxidation potential =-1.09 volt. For FerarrFe^(2+) +2e^- , standard oxidation potential =+0.44 volt. Which of the following reactions is non-spontaneous :

For I_(2)+2e^(-) rarr 2I^(-) , standard reduction potential =+0.54 V. For 2Br^(-) rarr Br_(2)+2e^(-) , standard oxidation potential =-1.09V. For Fe rarr Fe^(2+)+2e^(-) , standard oxidation potential =+0.44V . Which of the following reactions is ( are ) spontaneous ?

For I_(2)+2e^(-) rarr 2I^(c-) , standard reduction potential =+0.54 V. For 2Br^(c-) rarr Br_(2)+2e^(-) , standard oxidation potential =-1.09V. For Fe rarr Fe^(2+)+2e^(-) , standard oxidation potential =+0.44V . Which of the following reactions is ( are ) spontaneous ?

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consider the standard reduction potentials (in volts) as shown in figure Find E^(@)