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The Nernst Equation

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Redox Reaction	32 mins	0 completed	Learn Summary
Balancing Redox Reaction	31 mins	0 completed	Learn
The Nernst Equation	11 mins	0 completed	Learn
Faraday's Constant	10 mins	0 completed	Learn
Galvanic Cell	85 mins	0 completed	Learn
Batteries and Electricity	9 mins	0 completed	Learn

Additional Practice
Cell Notation
Standard Hydrogen Electrode
Cell Potential
Electroplating
Electrolysis of Water & Mixture of Ions

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Nernst Equation

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Next SectionFaraday's Constant

Solution: Consider the half reaction Ag+ ( aq ) + e- → Ag( s ). Which of the lines in the following diagram indicates how the reduction potential varies with the concentration of Ag+?

Problem

Consider the half reaction Ag⁺ ( aq ) + e^- → Ag( s ).

A graph has log of Ag+ concentration on the x-axis and E subscript red on the y-axis (both unscaled). Line 1 increases linearly, line 2 is horizontal midway up the y-axis, and line 3 decreases linearly. There is a vertical dashed line where all three intersect.

Which of the lines in the following diagram indicates how the reduction potential varies with the concentration of Ag⁺?

Solution

We are asked which of the lines in the following diagram indicates how the reduction potential varies with the concentration of Ag⁺.

The half-reaction for Ag⁺:

Ag⁺(aq) + e^- → Ag(s)

View the complete written solution...

The Nernst Equation

Solution: Consider the half reaction Ag+ ( aq ) + e- → Ag( s ). Which of the lines in the following diagram indicates how the reduction potential varies with the concentration of Ag+?

Solution: Consider the half reaction Ag+ ( aq ) + e- → Ag( s ). Which of the lines in the following diagram indicates how the reduction potential varies with the concentration of Ag+?

Problem

Solution

Practice Problems

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