A1OHO2 0.5NaturalwatersDE-0.5H/H,F8.pH12Pourbaix diagram for the stability of water, A-F represent species position at the diagram based on their reduction potential at pH 12.Based on Pourbaix diagram tor the stability held of water answer the following questions1-For the natural water, the reduction potential (V) within the stability field of water at pli-4 is approximately between2 For the species A F, the one that can reduce water at any pl is3- For the species A F, the one that can oxidize water at plt 7 or more is4 For the species A-P. the one that reduce water at pH-7 or less is5 For the species A- the one that can oxidize water at any pH isPotential, E/ VpH = 46 = Hd

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Pourbaix diagram for the stability of water, A-F represent species position at the diagram hased on their reduction potential at plH+12. Based on Pourbaix diagram for the stability held of water answer the following questions - For the natural watet, the reduction potential (V) within the stability held of water at pli-4 is approximately between 2 For the species A F. the one that can reduce water at any pt is 3 For the species A F, the one that can oxidize water at pit 7 or more is

Pourbaix diagram for the stability of water, A-F represent species position at the diagram hased on their reduction potential at plH+12. Based on Pourbaix diagram for the stability held of water answer the following questions - For the natural watet, the reduction potential (V) within the stability held of water at pli-4 is approximately between 2 For the species A F. the one that can reduce water at any pt is 3 For the species A F, the one that can oxidize water at pit 7 or more is

Chemistry

10th Edition

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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