Asked by WENDY
An equilibrium constant ...
A. is small when the products are favored in the reaction.
B. is calculated by dividing the concentration of the reactants by the concentration of the products.
C. is the same, regardless of the initial concentrations of reactants.
D. is independent of temperature.
E. All of these.
A. is small when the products are favored in the reaction.
B. is calculated by dividing the concentration of the reactants by the concentration of the products.
C. is the same, regardless of the initial concentrations of reactants.
D. is independent of temperature.
E. All of these.
Answers
Answered by
DrBob222
Look at the definition of Keq.
In the reaction
A + B ==>C + D
Keq = (C)(D)/(A)(B)
For answer a and b, look at Keq. If C and D are large will Keq be large or small? If A and B are large, will Keq be large or small.
For answer c, how does that fit the definition?
T affects the value of Keq. and answer e is not correct.
In the reaction
A + B ==>C + D
Keq = (C)(D)/(A)(B)
For answer a and b, look at Keq. If C and D are large will Keq be large or small? If A and B are large, will Keq be large or small.
For answer c, how does that fit the definition?
T affects the value of Keq. and answer e is not correct.
Answered by
Husky
DrBob222 you didn't answer the question at all...
the answer's C
the answer's C
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