At 25°C,the equilibrium constant,K_c,for the reaction 2A(g) B(g) + C(g) is 0.0350.
A mixture of 8.00 moles of B and 12.00 moles of C in a 20.0-L container is allowed to come to equilibrium.What is the equilibrium concentration of A?

Question

At 25°C,the equilibrium constant,K_c,for the reaction 2A(g)

At 25°C,the equilibrium constant,K<sub>c</sub>,for the reaction 2A(g) B(g) + C(g) is 0.0350. A mixture of 8.00 moles of B and 12.00 moles of C in a 20.0-L container is allowed to come to equilibrium.What is the equilibrium concentration of A? A) 0.339 M B) 0.378 M C) 0.400 M D) 0.677 M E) 0.755 M

B(g) + C(g) is 0.0350.
A mixture of 8.00 moles of B and 12.00 moles of C in a 20.0-L container is allowed to come to equilibrium.What is the equilibrium concentration of A?

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The Answer of At 25°C,the equilibrium constant,K_c,for the reaction 2A(g) B(g)+ C(g)is 0.0350. A mixture of 8.00 moles of B and 12.00 moles of C in a 20.0-L container is allowed to come to equilibrium.What is the equilibrium concentration of A?

At 25°C,the Equilibrium Constant,Kc,for the Reaction 2A(g) B(g)+ C(g)is

At 25°C,the Equilibrium Constant,K_c,for the Reaction 2A(g) B(g)+ C(g)is