Asked by erika
If the equilibrium constant is much less than 1, what can you conclude about the concentrations of the reactants and products?
A. Reactants are in the numerator of the equilibrium expression, so the concentration of the reactants is high.
B. Products are in the numerator of the equilibrium expression, so the concentration of the reactants is high.
C. Products are in the numerator of the equilibrium expression, so the concentration of the products is high.
D. Reactants are in the numerator of the equilibrium expression, so the concentration of the products is high.
A. Reactants are in the numerator of the equilibrium expression, so the concentration of the reactants is high.
B. Products are in the numerator of the equilibrium expression, so the concentration of the reactants is high.
C. Products are in the numerator of the equilibrium expression, so the concentration of the products is high.
D. Reactants are in the numerator of the equilibrium expression, so the concentration of the products is high.
Answers
Answered by
erika
I think that the answer to this one is A, as i know that the concentration of the reactants is high. I'm not sure about whether its products or reactants as the numerator though?
Answered by
DrBob222
A is not right.
K = ([products)/(reactants)
K = ([products)/(reactants)
Answered by
Braedon
Its B just took the quiz
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