1 A When the reaction quotient Q has a larger value than th

1.

A When the reaction quotient, Q , has a larger value than the equilibrium constant the reaction

is at equilibrium

B. If the reaction quotient is infinity, there are just products present and the system will form reactants to reach equilibrium

True
False

C.

Kc for a system is 16. The equilibrium lies:

A. will proceed fastest in the forward direction
B. will proceed fastest in the reverse direction
C.

is at equilibrium

B. If the reaction quotient is infinity, there are just products present and the system will form reactants to reach equilibrium

True
False

C.

Kc for a system is 16. The equilibrium lies:

A. in middle
B. left
C. right

Solution

1) given condition Q > K

so reaction is not at equilibrium.

reaction must be favours to the left.

answer = option C = will proceed faster in the reverse direction (left)

B) True, reaction moves backward to reach equilibrium.

C) answer = option C = right.

as K = 16 reaction equilibrium favours to products.

1. A When the reaction quotient, Q , has a larger value than the equilibrium constant the reaction is at equilibrium B. If the reaction quotient is infinity, th

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