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Write the half-reactions and macroscopic observations for copper and silver. Half-reactions should include 0 oxidation states if needed.   Example of macroscopic observations is attached and half-reactions.

Write the half-reactions and macroscopic observations for copper and silver. Half-reactions should include 0 oxidation states if needed.   Example of macroscopic observations is attached and half-reactions.

Fundamentals Of Analytical Chemistry
Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
Publisher:Skoog
Chapter7: Statistical Data Treatment And Evaluation
Section: Chapter Questions
Problem 7.10QAP
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Write the half-reactions and macroscopic observations for copper and silver. Half-reactions should include 0 oxidation states if needed.

 

Example of macroscopic observations is attached and half-reactions. 

Types LEFT silver (Ag) silver silver magnesium (Mg) magnesium magnesium RIGHT copper (Cu) zinc (Zn) magnesium (Mg) copper (Cu) zinc (Zn) silver (Ag) VOLTAGE +0.43 +1.53 +3.15 -2.72 -1.62 -3.15 Reactions! MACROSCOPIC OBSERVATIONS Purple right-side solution and metal warn; left side metal has deposits. Right metal warns away; left side has deposits. Right side metals warns away; left side has deposits. Left side warns away; right side has deposits. Left side metal warns away: right-side has deposits. Left side warns away: right-side has deposits. Analysis 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 Zn+2, making the electrode negatively charged. Ag+ extracted one electron and deposited it in the electrode, making it positively charged. Mg releases two electrons and passes into the solution as Mg2+, making the electrode negatively charged. Ag+ lons extract one electron from the electrode and deposited on the electrode, making it positively charged. The left-side electrons travel upwards ionizing and dispering the Mg atoms. Right-side electrons flow downwards attracting additional Cu atoms. The left-side electrons travel upwards lonizing and dispering the Mg atoms into the solution while the right-side electrons flow downward attracting additional In atoms to join the surface. Mg ionizes and drifts into the solution, electrons travel upward, right-side electrons travel downward, attracting new Ag atoms. M LEFT SIDE INFERENCES See Mp cathode, reduction, Ag+1+le- --> Ago Reduction Cathode Ag+1+le---> Ago oxidation, cathode, Ag+1+le- ==> Ago Oxidation anode Mg0Mg 2+20- oxidation, anode, Mg0 --> Mg+2 +26- Oxidation anode Mg0 --> Mg+2+2e- RIGHT SIDE INFERENCES anode, oxidation, CuO --> Cu+2+2e- Oxidation anode Zno--> Zn+2+20- Reduction, anode, Mg 0--> Mg2+ +2e- Reduction cathode Cu+2+20--->Cuo reduction, cathode, Zn+2 +2e---> Zno Reduction cathode Ag+1+1o--- Ago
Transcribed Image Text:Types LEFT silver (Ag) silver silver magnesium (Mg) magnesium magnesium RIGHT copper (Cu) zinc (Zn) magnesium (Mg) copper (Cu) zinc (Zn) silver (Ag) VOLTAGE +0.43 +1.53 +3.15 -2.72 -1.62 -3.15 Reactions! MACROSCOPIC OBSERVATIONS Purple right-side solution and metal warn; left side metal has deposits. Right metal warns away; left side has deposits. Right side metals warns away; left side has deposits. Left side warns away; right side has deposits. Left side metal warns away: right-side has deposits. Left side warns away: right-side has deposits. Analysis 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 Zn+2, making the electrode negatively charged. Ag+ extracted one electron and deposited it in the electrode, making it positively charged. Mg releases two electrons and passes into the solution as Mg2+, making the electrode negatively charged. Ag+ lons extract one electron from the electrode and deposited on the electrode, making it positively charged. The left-side electrons travel upwards ionizing and dispering the Mg atoms. Right-side electrons flow downwards attracting additional Cu atoms. The left-side electrons travel upwards lonizing and dispering the Mg atoms into the solution while the right-side electrons flow downward attracting additional In atoms to join the surface. Mg ionizes and drifts into the solution, electrons travel upward, right-side electrons travel downward, attracting new Ag atoms. M LEFT SIDE INFERENCES See Mp cathode, reduction, Ag+1+le- --> Ago Reduction Cathode Ag+1+le---> Ago oxidation, cathode, Ag+1+le- ==> Ago Oxidation anode Mg0Mg 2+20- oxidation, anode, Mg0 --> Mg+2 +26- Oxidation anode Mg0 --> Mg+2+2e- RIGHT SIDE INFERENCES anode, oxidation, CuO --> Cu+2+2e- Oxidation anode Zno--> Zn+2+20- Reduction, anode, Mg 0--> Mg2+ +2e- Reduction cathode Cu+2+20--->Cuo reduction, cathode, Zn+2 +2e---> Zno Reduction cathode Ag+1+1o--- Ago
- 500 mL 450 - 100 25 See Molecular Scale - 500 mL Left Beaker <-450 - 100 See Molecular Scale Experiment Set Full Reset Copper (Cu) in Cu(NO3)2 (aq)
Transcribed Image Text:- 500 mL 450 - 100 25 See Molecular Scale - 500 mL Left Beaker <-450 - 100 See Molecular Scale Experiment Set Full Reset Copper (Cu) in Cu(NO3)2 (aq)
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