## Determination of $ K_{sp} $ using a Concentration Cell### Experiment SetupA concentration cell was configured to determine the solubility product ($ K_{sp} $) of a specific insoluble salt, MN. The cell setup is represented as follows:\[ \text{M(s)} \mid \text{MN(aq)} \parallel \text{M}^+ \text{(aq, 1.00 M)} \mid \text{M(s)} \]### MeasurementThe electromotive force ($ E_{\text{cell}} $) recorded by the voltmeter was 0.36 V.### ObjectiveTo calculate the $ K_{sp} $ of the salt MN from the measured cell potential.

We have given the concentration cell as follow M(s) I MN(aq) II M+(aq), 1.00 M I M(s) And…

A concentration cell, as shown below, was set up to determine the Ksn of MN, a certain insoluble salt. The Ecell measured by a voltmeter was 0.36 V. What is the Ksp of MN? M(s) | MN(aq) || M*(aq), 1.00 M| M(s)

A concentration cell, as shown below, was set up to determine the Ksn of MN, a certain insoluble salt. The Ecell measured by a voltmeter was 0.36 V. What is the Ksp of MN? M(s) | MN(aq) || M*(aq), 1.00 M| M(s)

Chemistry

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ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

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## Determination of $ K_{sp} $ using a Concentration Cell

### Experiment Setup

A concentration cell was configured to determine the solubility product ($ K_{sp} $) of a specific insoluble salt, MN. The cell setup is represented as follows:

\[ \text{M(s)} \mid \text{MN(aq)} \parallel \text{M}^+ \text{(aq, 1.00 M)} \mid \text{M(s)} \]

### Measurement

The electromotive force ($ E_{\text{cell}} $) recorded by the voltmeter was 0.36 V.

### Objective

To calculate the $ K_{sp} $ of the salt MN from the measured cell potential.

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