Questions tagged 'Electrode potential'

• Emf of a cell in terms of reduction potential of its left and right electrodes is
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• Standard electrode potential of NHE electrode at 298 K is
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• Expression representing the cell potential (E cell) in term of reduction potential is
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• Which of the following has been universally accepted as a reference electrode at all temperatures and has been assigned as value of zero volt
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• The oxidation potential of a hydrogen electrode at $pH = 10$ at $1 atm$
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• The name of equation showing relation between electrode potential (e), standard electrode potential $({{E}^{0}})$ and concentration of ions in solution is
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• The correct representation of Nernst’s equation is
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• What is ${{E}^{0}}$ for electrode represented by Pt, ${{O}_{2}}\,(1atm)/2{{H}^{+}}(\operatorname{Im})$
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• ${{E}_{0}}=\frac{RT}{nF}\ln {{K}_{eq}}$. This is called
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS
• A standard hydrogen electrode has zero electrode potential because
  Category: electrochemistry | Tags: Electrode potential, Ecell, Nernst equation and ECS

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