For A(g) + B(g) C(g), K_c = 10 L mol^-1 at a given temperature. Four mixtures are prepared (concentrations in mol L^

Question

For A(g) + B(g) <=> C(g), K_c = 10 L mol^-1 at a given temperature. Four mixtures are prepared (concentrations in mol L^-1). For which of them does the net reaction proceed forward?

Accepted Answer

[A] = 0.20, [B] = 0.20, [C] = 0.30

Accepted Answer

[A] = 0.05, [B] = 0.30, [C] = 0.10

Answer

[A] = 0.10, [B] = 0.50, [C] = 0.60

Answer

[A] = 0.25, [B] = 0.40, [C] = 1.00

For $A (g) + B (g) C (g)$ , $K_{c} = 10 L mo l^{- 1}$ at a given temperature. Four mixtures are prepared (concentrations in $mol L^{- 1}$ ). For which of them does the net reaction proceed forward?

Answer: A, D

More questions on Reaction quotient and direction of reaction

For A(g)+B(g)​C(g), Kc​=10 L mol−1 at a given temperature. Four mixtures are prepared (concentrations in mol L−1). For which of them does the net reaction proceed forward?

Answer: A, D

More questions on Reaction quotient and direction of reaction

For $A (g) + B (g) C (g)$ , $K_{c} = 10 L mo l^{- 1}$ at a given temperature. Four mixtures are prepared (concentrations in $mol L^{- 1}$ ). For which of them does the net reaction proceed forward?