Chemistry, 19.04.2021 18:20 jeremiaht7
At some temperature for the equilibrium PX3(g) + X2(g) # PX5(g) the equilibrium constant is 0.74. At the same temperature the equilibrium constant for PX5(9) + PX3(g) X2(g) is​
Answers: 3
is 1.35
 
![K_c=\frac{[PX_5]^1}{[PX_3]^1[X_2]^1}](/tpl/images/1268/5086/e23fb.png)
![0.74=\frac{[PX_5]^1}{[PX_3]^1[X_2]^1}](/tpl/images/1268/5086/ef131.png)
is written as:
![K_c'=\frac{[PX_3]^1[X_2]^1}{[PX_5]^1}](/tpl/images/1268/5086/99777.png)
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At some temperature for the equilibrium PX3(g) + X2(g) # PX5(g) the equilibrium constant is 0.74. At...
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