Giren the balanced equation: 3 Ba cs) t 2Ces* Caq> → 3Ba 2* (aq) + 2Ce(s), E'ceil = 0.43V, what is the value of AGO for this reaction? Answer choices are. B) 250 KJ A) 210 KJ C) - 210 KJ D)-250KJ

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Giren the balanced equation: 3 Bacs) t 2ce 34 caq)
→ 3Ba 2+ (aq) + 2Ceis), Eceil = 0.43V, what is the value
of AGO for this reaction?
%3D
Answer dhoices are:
B) 250 KJ
A)210 KJ
C)-210 KJ
D)-250KJ
Given the balanced eguation: 3 Ba (s) t 2Cr3t (aq) →
(aq), E' cell =2.17 V, what is the
cell potential fr this reaction when [cr 3+] = 0.019 M
lacriss t 3Ba at
=0.019M
land '[Ba 24 =0.72 M @ 2.98K?
Answer Choices are:
B= a.1av
A= 2.14V
C=2.20v
D= 2.24V
%3D
Transcribed Image Text:Giren the balanced equation: 3 Bacs) t 2ce 34 caq) → 3Ba 2+ (aq) + 2Ceis), Eceil = 0.43V, what is the value of AGO for this reaction? %3D Answer dhoices are: B) 250 KJ A)210 KJ C)-210 KJ D)-250KJ Given the balanced eguation: 3 Ba (s) t 2Cr3t (aq) → (aq), E' cell =2.17 V, what is the cell potential fr this reaction when [cr 3+] = 0.019 M lacriss t 3Ba at =0.019M land '[Ba 24 =0.72 M @ 2.98K? Answer Choices are: B= a.1av A= 2.14V C=2.20v D= 2.24V %3D
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