Using the Henderson equation and table of diffusion coefficients in Appendix C, calculate the junction potential for

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Using the Henderson equation and table of diffusion coefficients in Appendix C, calculate the junction potential for a salt bridge with $3 \mathrm{M} \mathrm{NaCl}$ solution contacting a sample solution with $0.2 \mathrm{M} \mathrm{HNO}_{3}$.

Data from Henderson equation and table of diffusion coefficients in Appendix C

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Electroanalytical Chemistry Principles Best Practices And Case Studies

ISBN: 9781119538592,9781119538585

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Authors: Gary A. Mabbott

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Question Posted: Mar 10, 2024 06:28 AM

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Using the Henderson equation and table of diffusion coefficients in Appendix C, calculate the junction potential for

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E = = zjlzi]Dj (Cj.s-Cj,r) RT ID (GG) In (C.14) zlz | DjCj.r

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In DjCjr RT 7 n g n From Eq C14 E ElDCisCr RT zlz JDCjsCjr where ...View the full answer

Electroanalytical Chemistry Principles Best Practices And Case Studies

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