Calculate the time required for a constant current of 0.975 A to deposit 0.349 g of Tl(III) as Tl(s) on a cathode.t =SCalculate the mass of Tl(I) that can be deposited as Tl₂O3(s) on an anode at a constant current of 0.975 A over the same amountof time as calculated previously.2g

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Calculate the time required for a constant current of 0.975 A to deposit 0.349 g of Tl(III) as Tl(s) on a cathode. t = S Calculate the mass of T1(I) that can be deposited as Tl₂O3(s) on an anode at a constant current of 0.975 A over the same amount of time as calculated previously. g

Calculate the time required for a constant current of 0.975 A to deposit 0.349 g of Tl(III) as Tl(s) on a cathode. t = S Calculate the mass of T1(I) that can be deposited as Tl₂O3(s) on an anode at a constant current of 0.975 A over the same amount of time as calculated previously. g

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter17: Electrochemistry And Its Applications

Section17.5: Using Standard Half-cell Potentials

Problem 17.10CE

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Question

Calculate the time required for a constant current of 0.975 A to deposit 0.349 g of Tl(III) as Tl(s) on a cathode.
t =
S
Calculate the mass of Tl(I) that can be deposited as Tl₂O3(s) on an anode at a constant current of 0.975 A over the same amount
of time as calculated previously.
2
g

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