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more, contact your admin about your Office plan. 1. A galvanic cell is formed from Ni metal in a 1M Ni+2 solution and Tin metal in a 1M Sn+2 solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal. C. Reaction at Anode w w d. Reaction at Cathode e. Overall cell reaction f. Ecell 2. A galvanic cell is formed from Mg metal in a 1.5 M Mg+2 solution and Fe metal in a 0.5 M Fe*3solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal C. Reaction at Anode d. Reaction at Cathode e. Overall cell reaction f. Ecell

more, contact your admin about your Office plan. 1. A galvanic cell is formed from Ni metal in a 1M Ni+2 solution and Tin metal in a 1M Sn+2 solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal. C. Reaction at Anode w w d. Reaction at Cathode e. Overall cell reaction f. Ecell 2. A galvanic cell is formed from Mg metal in a 1.5 M Mg+2 solution and Fe metal in a 0.5 M Fe*3solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal C. Reaction at Anode d. Reaction at Cathode e. Overall cell reaction f. 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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Review View 三三 AaBbCcDdEe AaBbCcD AaBbCcDa A AaBbCcDdEe Normal No Spacing Heading 1 Heading 2 v editing on a Mac. To learn more, contact your admin about your Office plan. 1. A galvanic cell is formed from Ni metal in a 1M Nit2 solution and Tin metal in a 1M Sn+2 solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal. C. Reaction at Anode d. Reaction at Cathode e. Overall cell reaction f. Ecell. 2. A galvanic cell is formed from Mg metal in a 1.5 M Mg+2 solution and Fe metal in a 0.5 M Fe*3solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal C. Reaction at Anode d. Reaction at Cathode e. Overall cell reaction f. Ecell
Transcribed Image Text:Review View 三三 AaBbCcDdEe AaBbCcD AaBbCcDa A AaBbCcDdEe Normal No Spacing Heading 1 Heading 2 v editing on a Mac. To learn more, contact your admin about your Office plan. 1. A galvanic cell is formed from Ni metal in a 1M Nit2 solution and Tin metal in a 1M Sn+2 solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal. C. Reaction at Anode d. Reaction at Cathode e. Overall cell reaction f. Ecell. 2. A galvanic cell is formed from Mg metal in a 1.5 M Mg+2 solution and Fe metal in a 0.5 M Fe*3solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: a. Anode metal b. Cathode metal C. Reaction at Anode d. Reaction at Cathode e. Overall cell reaction f. Ecell
-0.23 1. A galvanic cell is formed from Ni metal in a 1M Ni solution and Tin metal aBin a 1M Sn solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: Ni Oridation charg Sn reduction +2 tçharg a. Anode metal attracts = - b. Cathode metal attracts + c. "Reaction at Anode Ni Lag) +Ze' Nils) d. Reaction at Cathode Sn aq)t2e hcs e. Overall cell reaction Ni cs)+ n" caq)--Ni Cags+Go(s -0.14--0,23 = Ni l5) 24 Sn f. Ecall 0,0 C - A=V O,09V +2 E. A galvanic cell is formed from Mg metal in a 1.5 M Mg" solution and Fe metal in a 0.5 M Fe**solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: Mg. a. Anode metal b. Cathode metal Fe MgKap)+Qe> Mg Cs) 2- C. Reaction at Anode 3+ d. Reaction at Cathode fe ag)+ Fet cag) e. Overall cell reaction Ma(+2f"caq) Caq)+2Fe 3.185 f. Ecell
Transcribed Image Text:-0.23 1. A galvanic cell is formed from Ni metal in a 1M Ni solution and Tin metal aBin a 1M Sn solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: Ni Oridation charg Sn reduction +2 tçharg a. Anode metal attracts = - b. Cathode metal attracts + c. "Reaction at Anode Ni Lag) +Ze' Nils) d. Reaction at Cathode Sn aq)t2e hcs e. Overall cell reaction Ni cs)+ n" caq)--Ni Cags+Go(s -0.14--0,23 = Ni l5) 24 Sn f. Ecall 0,0 C - A=V O,09V +2 E. A galvanic cell is formed from Mg metal in a 1.5 M Mg" solution and Fe metal in a 0.5 M Fe**solution. The circuit is completed with a sodium nitrate salt bridge and operates at 25°C. Provide the following information: Mg. a. Anode metal b. Cathode metal Fe MgKap)+Qe> Mg Cs) 2- C. Reaction at Anode 3+ d. Reaction at Cathode fe ag)+ Fet cag) e. Overall cell reaction Ma(+2f"caq) Caq)+2Fe 3.185 f. Ecell
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