Which of the Following Equations Represents the Nernst Equation?
A) $E = E ^ { \circ } - \left( \frac { R T } { n F } \right) \ln Q$

question 40

Multiple Choice

Which of the following equations represents the Nernst equation?

• A) \(E = E ^ { \circ } - \left( \frac { R T } { n F } \right) \ln Q\)
• B) \(E = E ^ { \circ } + \log \left( \frac { R T } { n F } \right)\)
• C) \(E = E ^ { \circ } - \left( \frac { R T } { n F } \right) \log Q\)
• D) \(E ^ { \circ } = E - \left( \frac { R T } { n F } \right) \ln Q\)
• E) \(E = E ^ { \circ } - \left( \frac { n F } { R T } \right) \ln Q\)

---

Definitions:

Partner's Interest

A reference to an individual's ownership stake or share in a partnership, reflecting their rights to profits and obligations for losses.

Assignability

The capability of a contractual right or duty to be transferred from one party to another.

Inheritability

The characteristic of a trait, such as property or genetic information, that allows it to be passed down from one generation to the next through inheritance.

Gross Returns

The total amount of money earned from an investment before any deductions are made for expenses or losses.