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dalmuş. 3. Calculate the potential of an silver (Ag) electrode immersed in: a. AgNO,, 0.0750 M, E-0.799 V b. KI, 6.00×10 M, and saturated with Agl, E= -0.0151 V c. MgBr,, 0.0100 M, and saturated with AgBr, E= +0.073V

dalmuş. 3. Calculate the potential of an silver (Ag) electrode immersed in: a. AgNO,, 0.0750 M, E-0.799 V b. KI, 6.00×10 M, and saturated with Agl, E= -0.0151 V c. MgBr,, 0.0100 M, and saturated with AgBr, E= +0.073V

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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E=0.73 -0.0592 log -2.22 €=-0.0151 dalmiş. 63. Calculate the potential of an silver (Ag) electrode immersed in: 6rto a. AgNO,, 0.0750 M, E-0.799 V 0.( -173 V/1 + 0.13 = 0.14 V/ (s) + ² = A % (s) + Br 0.0592 3 0.02 Introduction to Electrochemistry b. KI, 6.00x 103 M, and saturated with Agl, E= -0.0151 V c. MgBr₂, 0.0100 M, and saturated with AgBr, E= +0.073V katot -1.7 0.02M find, anot find galvanic Introduction to Electrochemistry We should find anode, cathode and galvanic cell information n
Transcribed Image Text:E=0.73 -0.0592 log -2.22 €=-0.0151 dalmiş. 63. Calculate the potential of an silver (Ag) electrode immersed in: 6rto a. AgNO,, 0.0750 M, E-0.799 V 0.( -173 V/1 + 0.13 = 0.14 V/ (s) + ² = A % (s) + Br 0.0592 3 0.02 Introduction to Electrochemistry b. KI, 6.00x 103 M, and saturated with Agl, E= -0.0151 V c. MgBr₂, 0.0100 M, and saturated with AgBr, E= +0.073V katot -1.7 0.02M find, anot find galvanic Introduction to Electrochemistry We should find anode, cathode and galvanic cell information n
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