For the reaction A(g)→ 2B(g),K eq = 4.5 × 10 5 .Which statement is TRUE for the system at equilibrium?

Given the equilibrium constant (K) is a large number (4.5 × 10^15), it indicates that the reaction heavily favors the products (B) over the reactants (A), meaning there is significantly more B than A at equilibrium.

For the reaction A(g)→ 2B(g),K eq = 4.5 × 10 5 .Which statement is TRUE for the system at equilibrium?

Given the equilibrium constant (K) is a large number (4.5 × 10^15), it indicates that the reaction heavily favors the products (B) over the reactants (A), meaning there is significantly more B than A at equilibrium.

Solved

For the Reaction A(g)→ 2B(g),K_eq = 4

Question 57

Multiple Choice

For the reaction A(g) → 2B(g) ,K_eq = 4.5 × 10⁵.Which statement is TRUE for the system at equilibrium?

A) [A] >> [B]
B) There is twice as much B as there is A in the reaction vessel.
C) There is more than 100 times more B than there is A in the reaction vessel.
D) There is twice as much A as there is B in the reaction vessel.
E) Changing the temperature will have no affect on the equilibrium.

Correct Answer: