Chemistry MC Chemical Equilibrium When the above system is at equilibrium at 200°C, the concentrations are found to be: [A] = 0.20 M, [B] = [C] = 0.30 M. If the volume of the container is suddenly doubled at 200°C, what will be the new equilibrium concentration of A?

When the above system is at equilibrium at 200°C, the concentrations are found to be: [A] = 0.20 M, [B] = [C] = 0.30 M. If the volume of the container is suddenly doubled at 200°C, what will be the new equilibrium concentration of A?

Chemical Equilibrium

Given:
A(g) B(g) + C(g)

When the above system is at equilibrium at 200°C, the concentrations are found to be: [A] = 0.20 M, [B] = [C] = 0.30 M. If the volume of the container is suddenly doubled at 200°C, what will be the new equilibrium concentration of A?

a. 0.03 M
b. 0.05 M
c. 0.07 M
d. 0.09 M
e. 0.11 M

Answer: c. 0.07 M

Chemistry MC

When the above system is at equilibrium at 200°C, the concentrations are found to be: [A] = 0.20 M, [B] = [C] = 0.30 M. If the volume of the container is suddenly doubled at 200°C, what will be the new equilibrium concentration of A?

When the above system is at equilibrium at 200°C, the concentrations are found to be: [A] = 0.20 M, [B] = [C] = 0.30 M. If the volume of the container is suddenly doubled at 200°C, what will be the new equilibrium concentration of A?

Learn More :

Share this