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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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(Mg) magnesium magnesium (Cu) zinc (Zn) silver (Ag) 2.12 -1.62 -3.15 right side has deposits. Left side metal warns away; right-side has deposits. Left side warns away. right-side has deposits. The left-side electrons travel upwards ionizing and dispering the Mg atoms into the solution while the right-side electrons flow downward attracting additional Zn atoms to join the surface. Mg0 -->Mg 2+2e- oxidation, anode, Mg0 --> Mg+2 +2e- Oxidation anode Mg0 --> Mg+2+2e- Cu+2+20--->Cuo reduction, cathode, Zn+2 +2e---> ZnO Reduction cathode Ag+1+le--> Ago
Transcribed Image Text:(Mg) magnesium magnesium (Cu) zinc (Zn) silver (Ag) 2.12 -1.62 -3.15 right side has deposits. Left side metal warns away; right-side has deposits. Left side warns away. right-side has deposits. The left-side electrons travel upwards ionizing and dispering the Mg atoms into the solution while the right-side electrons flow downward attracting additional Zn atoms to join the surface. Mg0 -->Mg 2+2e- oxidation, anode, Mg0 --> Mg+2 +2e- Oxidation anode Mg0 --> Mg+2+2e- Cu+2+20--->Cuo reduction, cathode, Zn+2 +2e---> ZnO Reduction cathode Ag+1+le--> Ago
Add-ins See Moectée Scric 500 ml 450 400 -350 300 1250 10 OKEN ENORME See Mckault Scali Left Beaker 500 mL 450 <<-350 400 1.1.1.1 Right Beaker Puls 300 250 2100 Experiment Set 150 1100 Magnesium (Mg) in MNO Sihver såg) in AgNO), Ingl Molarity - 3.15 Neust DUM Molarity DEM
Transcribed Image Text:Add-ins See Moectée Scric 500 ml 450 400 -350 300 1250 10 OKEN ENORME See Mckault Scali Left Beaker 500 mL 450 <<-350 400 1.1.1.1 Right Beaker Puls 300 250 2100 Experiment Set 150 1100 Magnesium (Mg) in MNO Sihver såg) in AgNO), Ingl Molarity - 3.15 Neust DUM Molarity DEM
Expert Solution
Step 1

The given cell is the electrochemical cell.

Oxidation takes place at left electrode i. e. at cathode while reduction at right electrode i. e. at an anode.

Here,

Mg is dipped in Mg(NO3)2 and Ag electrode is in AgNO3.

Concentration of both electrolytes is 0.1M.

In given cell oxidation of Mg  takes place where Ag^+ is reduced.

steps

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