In a Li-ion battery the composition of the cathode isLiCoO2 when completely discharged. On charging,approximately 50% of the Li+ ions can be extracted fromthe cathode and transported to the graphite anode wherethey intercalate between the layers. (a) What is the compositionof the cathode when the battery is fully charged?(b) If the LiCoO2 cathode has a mass of 10 g (when fully discharged),how many coulombs of electricity can be deliveredon completely discharging a fully charged battery?
In a Li-ion battery the composition of the cathode isLiCoO2 when completely discharged. On charging,approximately 50% of the Li+ ions can be extracted fromthe cathode and transported to the graphite anode wherethey intercalate between the layers. (a) What is the compositionof the cathode when the battery is fully charged?(b) If the LiCoO2 cathode has a mass of 10 g (when fully discharged),how many coulombs of electricity can be deliveredon completely discharging a fully charged battery?
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter17: Electrochemistry
Section: Chapter Questions
Problem 77AP
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In a Li-ion battery the composition of the cathode is
LiCoO2 when completely discharged. On charging,
approximately 50% of the Li+ ions can be extracted from
the cathode and transported to the graphite anode where
they intercalate between the layers. (a) What is the composition
of the cathode when the battery is fully charged?
(b) If the LiCoO2 cathode has a mass of 10 g (when fully discharged),
how many coulombs of electricity can be delivered
on completely discharging a fully charged battery?
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