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The KSP of Agl is 8.50x1017. Find the reduction potential of a saturated Agl solution to Ag(0). Ered Ag+/Ag: +0.800V Agl + e- <= => Ag(0) +1- Ered = ??? Write answer with a positive/negative sign and 3 significant figures. NOT INCLUDED/Credited for the QUIZ. Just check the calculations when the quiz is over. The Ered is normally not very dependent on concentration but often we have to adjust the reduction potential especially if the concentration is very, very small.

The KSP of Agl is 8.50x1017. Find the reduction potential of a saturated Agl solution to Ag(0). Ered Ag+/Ag: +0.800V Agl + e- <= => Ag(0) +1- Ered = ??? Write answer with a positive/negative sign and 3 significant figures. NOT INCLUDED/Credited for the QUIZ. Just check the calculations when the quiz is over. The Ered is normally not very dependent on concentration but often we have to adjust the reduction potential especially if the concentration is very, very small.

Chemistry
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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The KSP of Ag/ is 8.50x1017. Find the reduction potential of a saturated Agl solution to Ag(0). Eºred Ag+/Ag: +0.800V Agl + e- <==> Ag(0) + I- Ered = ???' Write answer with a positive/negative sign and 3 significant figures. NOT INCLUDED/Credited for the QUIZ. Just check the calculations when the quiz is over. The Ered is normally not very dependent on concentration but often we have to adjust the reduction potential especially if the concentration is very, very small.
Transcribed Image Text:The KSP of Ag/ is 8.50x1017. Find the reduction potential of a saturated Agl solution to Ag(0). Eºred Ag+/Ag: +0.800V Agl + e- <==> Ag(0) + I- Ered = ???' Write answer with a positive/negative sign and 3 significant figures. NOT INCLUDED/Credited for the QUIZ. Just check the calculations when the quiz is over. The Ered is normally not very dependent on concentration but often we have to adjust the reduction potential especially if the concentration is very, very small.
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