Shown below is a galvanic cell with anode compartment b containing anode a and cathode compartment d containing cathode c.Electrons flow through wire f,ions flow through salt bridge e,and the cell potential is read using voltmeter g.
This galvanic cell uses the reaction: Cu(s)+ 2 Ag⁺(aq)

\rarr

2 Ag(s)+ Cu²⁺(aq). $Shown below is a galvanic cell with anode compartment b containing anode a and cathode compartment d containing cathode c.Electrons flow through wire f,ions flow through salt bridge e,and the cell potential is read using voltmeter g. This galvanic cell uses the reaction: Cu(s)+ 2 Ag+(aq) \rarr 2 Ag(s)+ Cu2+(aq). -NaNO3(aq)is employed in the salt bridge.Give the direction of electron flow and the direction of ion flow from the salt bridge. A)Electrons flow from a to c;Na+ flows into b and NO3- flows into d. B)Electrons flow from a to c;NO3- flows into b and Na+ flows into d. C)electrons flow from c to a;Na+ flows into b and NO3- flows into d. D)Electrons flow from c to a;NO3- flows into b and Na+ flows into d.$
-NaNO₃(aq)is employed in the salt bridge.Give the direction of electron flow and the direction of ion flow from the salt bridge.
A)Electrons flow from a to c;Na⁺ flows into b and NO₃^- flows into d.
B)Electrons flow from a to c;NO₃^- flows into b and Na⁺ flows into d.
C)electrons flow from c to a;Na⁺ flows into b and NO₃^- flows into d.
D)Electrons flow from c to a;NO₃^- flows into b and Na⁺ flows into d.

Based on the Half-Reactions and Their Respective Standard Reduction Potentials

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