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Copper is in the left beaker and zinc is in the right. Write a description of the macroscopic observations you might expect to see when testing this experimental design. Example attached

Copper is in the left beaker and zinc is in the right. Write a description of the macroscopic observations you might expect to see when testing this experimental design. Example attached

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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Copper is in the left beaker and zinc is in the right. Write a description of the macroscopic observations you might expect to see when testing this experimental design. Example attached
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LEFT RIGHT silver (Ag) Iver copper (Cu) zinc VOLTAGE +0.43 +1.53 MACROSCOPIC OBSERVATIONS Purple right-side solution and metal warn; left side metal has deposits. Right metal warns away: MICROSCOPIC OBSERVATIONS Left side electrons flow downward, attracting additional Ag atoms to join the surface, while right side electrons travel upward, ionizing and dispersing the metal atoms into the solution. Zinc releases two electrons and passes into the solution as 2n+2 making the electrode negatively charged Age extracted one LEFT SIDE INFERENCES cathode, reduction, Ag 1 le-> Ago Reduction Cathode RIGHT SIDE INFERENCES anode, oxidation, CUO--> Cu 2+2e- Oxidation
Transcribed Image Text:LEFT RIGHT silver (Ag) Iver copper (Cu) zinc VOLTAGE +0.43 +1.53 MACROSCOPIC OBSERVATIONS Purple right-side solution and metal warn; left side metal has deposits. Right metal warns away: MICROSCOPIC OBSERVATIONS Left side electrons flow downward, attracting additional Ag atoms to join the surface, while right side electrons travel upward, ionizing and dispersing the metal atoms into the solution. Zinc releases two electrons and passes into the solution as 2n+2 making the electrode negatively charged Age extracted one LEFT SIDE INFERENCES cathode, reduction, Ag 1 le-> Ago Reduction Cathode RIGHT SIDE INFERENCES anode, oxidation, CUO--> Cu 2+2e- Oxidation
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