12Electrodes of the first kind have poor precisionThe answer iseither true or false16Voltammetry consumes greater amount of analyte than coulometryThe equivalence point is located at the center of the steep part of the titration curve in case ofequimolar reaction stoichiometry.418The equivalence point is at the center of the steep part of the titration curve only if the reaction stoichiometry was 1:2.Time19The second kind electrodes can respond to the activities of both anions and cations that form sparingly soluble precipitatesIn voltammetry-we measure the current as a change in time

Answered: Image /qna-images/answer/1fa4296d-0f11-4dbd-aa0c-42f8d096d82e.jpg

12Electrodes of the first kind have poor precision The answer is either true or false 16Voltammetry consumes greater amount of analyte than coulometry The equivalence point is located at the center of the steep part of the titration curve in case of equimolar reaction stoichiometry. 3.

12Electrodes of the first kind have poor precision The answer is either true or false 16Voltammetry consumes greater amount of analyte than coulometry The equivalence point is located at the center of the steep part of the titration curve in case of equimolar reaction stoichiometry. 3.

Chemistry

9th Edition

ISBN:9781133611097

Author:Steven S. Zumdahl

Publisher:Steven S. Zumdahl

Chapter15: Acid-base Equilibria

Section: Chapter Questions

Problem 5RQ: Draw the general titration curve for a strong acid titrated by a strong base. At the various points...

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Question

12Electrodes of the first kind have poor precision
The answer is
either true or false
16Voltammetry consumes greater amount of analyte than coulometry
The equivalence point is located at the center of the steep part of the titration curve in case of
equimolar reaction stoichiometry.
4
18The equivalence point is at the center of the steep part of the titration curve only if the reaction stoichiometry was 1:2.
Time
19The second kind electrodes can respond to the activities of both anions and cations that form sparingly soluble precipitates
In voltammetry-we measure the current as a change in time

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Step 1– Electrodes of first and second kind

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