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) \(E = E ^ { \circ } - \left( \frac { n F } { R T } \right) \ln Q\)

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Definitions:

Discriminant Validity

The extent to which a test or experiment measures different constructs, demonstrating that the scales do not correlate too highly with measures from which they should differ.

Content Validity

The extent to which a test or tool accurately measures the entire scope of the concept it intends to measure.

Construct Validity

The extent to which a test or instrument accurately measures the theoretical construct or concept it is intended to measure.

Split-half Reliability

A measure of consistency where a test is divided into two parts and the scores for each half are compared to assess the test's reliability.