Question

Question:
A quantitative relationship between electrode potential and concentration of substance involved is called
Answer Your Question
A Beer Lamberts Law
B Henderson-Hesselbalch equation
C Standard Electrode Potential
D Nernst equation

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Answer 1

Explanation:

A quantitative relationship between electrode potential and concentration of substance involved is called as Nernst Equation.

Result:

Option D is correct answer

Answer 2

Explanation:

According to Nernst equation “The electrode potential of an electrochemical cell depend on the concentration of the electrolyte solution as well as on the temperature.” Nernst gave the relationship between electrode potential , concentration and temperature of the electrolyte solution under steady.

Formula : $E(cell) = E\times(cell) - 0.0591\: n log [P] \log[R]$

Where E(cell) is reduced potential. E*(cell) is standard potential.

n is number of electron involve in a reaction.

$Log[P]\: Log[R] = reaction\: quotient (logQ)$.

Hence a quantitative relationship between electrode potential and concentration of substance involved is called Nernst equation.

Option D is correct.