The diagram below has two gray boxes that represent compartments to be used to hold a solution and an electrode. Drag the objects below into place to make a working battery. After dragging the wire into place, drag one of the arrows onto the wire to indicate the direction of flow of electrons in the wire. Don't forget to drag the proper electrolyte into each compartment of the battery. NANO, Cathode Cu(NO,), Ag(s) ,(s) Cu(s) Ni(s) Ni(NO,), Salt Bridge AgNO, NaCl Wire Undo Submit Reset
The diagram below has two gray boxes that represent compartments to be used to hold a solution and an electrode. Drag the objects below into place to make a working battery. After dragging the wire into place, drag one of the arrows onto the wire to indicate the direction of flow of electrons in the wire. Don't forget to drag the proper electrolyte into each compartment of the battery. NANO, Cathode Cu(NO,), Ag(s) ,(s) Cu(s) Ni(s) Ni(NO,), Salt Bridge AgNO, NaCl Wire Undo Submit Reset
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter13: Electrochemistry
Section: Chapter Questions
Problem 13.97PAE: As the voltaic cell shown here runs, the blue solution gradually gets lighter in color and the gray...
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Transcribed Image Text:The diagram below has two gray boxes that represent compartments to be used to hold a solution and
an electrode. Drag the objects below into place to make a working battery. After dragging the wire into
place, drag one of the arrows onto the wire to indicate the direction of flow of electrons in the wire.
Don't forget to drag the proper electrolyte into each compartment of the battery.
NaNO,
Cathode
Cu(NO,),
Ag(s) (s)
Cu(s)
Ni(s)
Ni(NO,),
Salt Bridge
AgNO,
NaCl
Wire
Undo
Submit
Reset
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