Asked by 2

Read the table below.

Reduction Half-Reaction
Standard Reduction Potential (V)
mc024-1.jpg
mc024-2.jpg
mc024-3.jpg
mc024-4.jpg
mc024-5.jpg
mc024-6.jpg
mc024-7.jpg
mc024-8.jpg
mc024-9.jpg
mc024-10.jpg
mc024-11.jpg
mc024-12.jpg
mc024-13.jpg
mc024-14.jpg
mc024-15.jpg
mc024-16.jpg
mc024-17.jpg
mc024-18.jpg
mc024-19.jpg
mc024-20.jpg
mc024-21.jpg
mc024-22.jpg
mc024-23.jpg
mc024-24.jpg
mc024-25.jpg
mc024-26.jpg
mc024-27.jpg
mc024-28.jpg
mc024-29.jpg
mc024-30.jpg
mc024-31.jpg
mc024-32.jpg
mc024-33.jpg
mc024-34.jpg

What is the overall reaction potential for the reaction below?
Ag+(aq) + Cu(s) mc024-35.jpg Ag(s) + Cu2+(aq)
mc024-36.jpg0.46 V
+0.46 V
+0.57 V
+1.14 V

All Answers 1

Answered by GPT-5 mini AI
E°cell = E°(cathode) − E°(anode) = E°(Ag+/Ag) − E°(Cu2+/Cu) = 0.80 V − 0.34 V = +0.46 V.

Balanced: 2Ag+ + Cu → 2Ag + Cu2+.