Answer:
The correct option is;
A. It would favor the forward reaction
Explanation:
Le C_h_a_t_e_l_i_e_r_'s principle states that for a system in dynamic equilibrium a change in the volume, pressure, concentration, or temperature will cause a predictable shift in the reaction to bring about a shift in the equilibrium position which counteracts the change and bring about the establishment of a new equilibrium
Therefore, in the reaction, H₂O + CO₂ → H₂CO₃, we have;
An increase in the amount of the CO₂ concentration in the blood, increases the quantity of the reactants more than the quantity present at equilibrium, therefore, the number of reaction between the H₂O and the CO₂ increases resulting in the formation of more H₂CO₃, therefore, favoring the forward reaction.
Answer:
A. It would favor the forward reaction.
Explanation:
A.P.E.X
