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Electrode 1 Cu Cu Cu Cu Zn Zn Zn Pb Pb Electrode 2 Mg Zn Pb Mg Sn Pb Mg Sn Mg Sn Cell potential Ecell in V Sn •692 6 Anode - 0.9% Zn Cu 0401 Pb Cu 1 480, та си пед •363 Sn Cu 515 2n рь 2n Mg 482 2n 10121 Mg 16-17 Bo pb 1113 Ma Sh Ecell = Ecathode - E anode Cathode + Sn рь Substance Substance Oxidized = Reduced= Oxidizing Agent Reducing Agent Cu Zn Cu Pb +2 Cutz Ma 42 Cut² Sn +2 Pb +2 2n 42 +2 2n +2 Mg Sn Pb ma +2 Sn² Pb +2 Sn ma 2n Postlab #1: Eᵒcathode Postlab #1: E°anode Postlab #1: Ecell

Electrode 1 Cu Cu Cu Cu Zn Zn Zn Pb Pb Electrode 2 Mg Zn Pb Mg Sn Pb Mg Sn Mg Sn Cell potential Ecell in V Sn •692 6 Anode - 0.9% Zn Cu 0401 Pb Cu 1 480, та си пед •363 Sn Cu 515 2n рь 2n Mg 482 2n 10121 Mg 16-17 Bo pb 1113 Ma Sh Ecell = Ecathode - E anode Cathode + Sn рь Substance Substance Oxidized = Reduced= Oxidizing Agent Reducing Agent Cu Zn Cu Pb +2 Cutz Ma 42 Cut² Sn +2 Pb +2 2n 42 +2 2n +2 Mg Sn Pb ma +2 Sn² Pb +2 Sn ma 2n Postlab #1: Eᵒcathode Postlab #1: E°anode Postlab #1: Ecell

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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This lab was completed earlier this summer I am doing a review of the issues I had in lab last semester before classes start again. I Left the final 3 columns blank as I really didn't get it.
. (12) In Part I of the procedure, you measured the cell potential for a variety of combinations of half cells. Use a standard reduction potential table in your textbook to calculate the expected Eᵒcell using the formula Eºcell = Eºcathode - - E°anode. Calculate Eºcell for each combination of cells. Show work for one calculation here, but you can enter the values in the table on page 6. M = 0.581 S 8.99 1000 5.81 100 58.99 Actual concentration of conce ١٨ ٥٠٠ من one لسور Ma m-0098 0.098 but the
Transcribed Image Text:. (12) In Part I of the procedure, you measured the cell potential for a variety of combinations of half cells. Use a standard reduction potential table in your textbook to calculate the expected Eᵒcell using the formula Eºcell = Eºcathode - - E°anode. Calculate Eºcell for each combination of cells. Show work for one calculation here, but you can enter the values in the table on page 6. M = 0.581 S 8.99 1000 5.81 100 58.99 Actual concentration of conce ١٨ ٥٠٠ من one لسور Ma m-0098 0.098 but the
Electrode 1 Cu Cu Cu Cu Zn Zn Zn Pb Pb Electrode 2 Mg Zn Pb Mg Sn Pb Mg Sn Mg Sn Cell potential Ecell in V Sn Anode 0.976 Zn Cai оных трь си 10 480X си 0 mg •363 S Cu 515 2n рь 2n 692 Ma 482 2n 10/21 Cathode 16-17 pb 1113 Ma Sh Ecell = Ecathode - E anode Ma Bo Sp рь Substance Oxidized = Reducing Oxidizing Agent Agent Cu+2 Zn +2 Cut Pb Cutz Ma Cutz Sn +2 Pb 42 2n+2 +2 Sn +2 Pb ¹² Substance Reduced= mg 2n Mg 2n mg +2 Sn2 Pb +2 Sn Postlab #1: Eᵒcathode Postlab #1: E anode Postlab #1: Eºcell
Transcribed Image Text:Electrode 1 Cu Cu Cu Cu Zn Zn Zn Pb Pb Electrode 2 Mg Zn Pb Mg Sn Pb Mg Sn Mg Sn Cell potential Ecell in V Sn Anode 0.976 Zn Cai оных трь си 10 480X си 0 mg •363 S Cu 515 2n рь 2n 692 Ma 482 2n 10/21 Cathode 16-17 pb 1113 Ma Sh Ecell = Ecathode - E anode Ma Bo Sp рь Substance Oxidized = Reducing Oxidizing Agent Agent Cu+2 Zn +2 Cut Pb Cutz Ma Cutz Sn +2 Pb 42 2n+2 +2 Sn +2 Pb ¹² Substance Reduced= mg 2n Mg 2n mg +2 Sn2 Pb +2 Sn Postlab #1: Eᵒcathode Postlab #1: E anode Postlab #1: Eºcell
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