Question

question 18 (1 point) saved
a very large value of $k_{eq}$ indicates that __________.

the reaction reaches equilibrium quickly
the reaction does not reach equilibrium quickly
the reaction makes a lot of product
the reaction does not make a lot of product
the reaction is irreversible

Explanation:

The equilibrium constant \( K_{eq} \) is defined as the ratio of the concentrations (or partial pressures) of products to reactants, each raised to their stoichiometric coefficients, at equilibrium. A very large \( K_{eq} \) means the numerator (products) is much larger than the denominator (reactants), indicating the reaction produces a large amount of product. The rate of reaching equilibrium is related to reaction kinetics (not \( K_{eq} \)), and \( K_{eq} \) magnitude doesn't imply irreversibility (only very large \( K_{eq} \) suggests a reaction is strongly product - favored, not necessarily irreversible).

Answer:

the reaction makes a lot of product