An expensive but lighter alternative to the lead storage battery is the silver-zinc battery. The electrolyte is

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An expensive but lighter alternative to the lead storage battery is the silver-zinc battery.AgO(s) + Zn(s) + HO() Zn(OH)(s) + 2 Ag(s)

The electrolyte is 40% KOH, and silver–silver oxide electrodes are separated from zinc–zinc hydroxide electrodes by a plastic sheet that is permeable to hydroxide ions. Under normal operating conditions, the battery has a potential of 1.59 V.
(a) How much energy can be produced per gram of reactants in the silver-zinc battery? Assume the battery produces a current of 0.10 A.
(b) How much energy can be produced per gram of reactants in the standard lead storage battery? Assume the battery produces a current of 0.10 A at 2.0 V.
(c) Which battery (silver-zinc or lead storage) produces the greater energy per gram of reactants?

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Chemistry And Chemical Reactivity

ISBN: 9780357001172

10th Edition

Authors: John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

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