Given the following information: X,Y2(s) 2X(1) + Y2(g) XY2(s) X(1) + Y2(g) 2X,Y(s) 2XY(g) 2X(1) + Y2(g) K = 2.3 × 10-6 K2 = 4. 5 x 104 K3 = 6. 7 × 10-8 K4 = 8. 9 × 10-6 4X(l) + Y2(g) determine the value of the equilibrium constant for the reaction XY(8) + X,Y(s) X,Y2(s) + X(1) Multiple Choice 0.34 0.0032 6.2 x 10 22

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Given the following information:
X,Y2(s) 2X(1) + Y2(g)
XY2(s) X(1) + Y2(g)
2X,Y(s)
2XY(g) 2X(1) + Y2(g)
K = 2.3 × 10-6
K2 = 4. 5 x 104
K3 = 6. 7 × 10-8
K4 = 8. 9 × 10-6
4X(l) + Y2(g)
determine the value of the equilibrium constant for the reaction
XY(8) + X,Y(s)
X,Y2(s) + X(1)
Multiple Choice
0.34
0.0032
6.2 x 10 22
Transcribed Image Text:Given the following information: X,Y2(s) 2X(1) + Y2(g) XY2(s) X(1) + Y2(g) 2X,Y(s) 2XY(g) 2X(1) + Y2(g) K = 2.3 × 10-6 K2 = 4. 5 x 104 K3 = 6. 7 × 10-8 K4 = 8. 9 × 10-6 4X(l) + Y2(g) determine the value of the equilibrium constant for the reaction XY(8) + X,Y(s) X,Y2(s) + X(1) Multiple Choice 0.34 0.0032 6.2 x 10 22
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