(a) 8.11 X 104 M- %3D Final cencontrahon at 0:04HM %3D zequilibrium concentratior Use the ICE tables to Calculate the equilibrium Concentrations 8 [Co(HaD)e]A and a at d [Co(Hg0)] A Assume the initial conentration is o-050M and C is 0100M. * Use the equilibrium concentration above. of given #tse your equilibritm concuniYationu to calculate the eqilibrium Censteunt at att termpunaturus.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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ACL
(ap)
LCOCly]3 = 8.11 X 104 M-
Fimal concuntration
at
0.04HM
%3D
zequilibrium concuntrahon
Use the ICE tables to Calculate the equilibrium
Concentrations
[CO(H90)Ja and a
and CT.
2+
☆ Assume the înitial concuntxation d LCo( HgO)
is 0050M and C is o iooM.
☆ Use the equilibrium concentration el CoCl,
above.
of
given
tHoe your eguilibrium comcniYations to calculate
Comstant at alt tempunatvus.
Transcribed Image Text:ACL (ap) LCOCly]3 = 8.11 X 104 M- Fimal concuntration at 0.04HM %3D zequilibrium concuntrahon Use the ICE tables to Calculate the equilibrium Concentrations [CO(H90)Ja and a and CT. 2+ ☆ Assume the înitial concuntxation d LCo( HgO) is 0050M and C is o iooM. ☆ Use the equilibrium concentration el CoCl, above. of given tHoe your eguilibrium comcniYations to calculate Comstant at alt tempunatvus.
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