A reaction continues even after the attainment of equilibrium.

In an equilibrium A+BhArrC+D,A and B are mixed in a vessel at temperature T. The initial concentration of A was twice the initial concentration of B. After the attainment of equilibrium, concentration of C was thrice concentration of B, calculate K_(c) .

Ascent of sap continues even in the

A graph given below deals with the revers-ible reaction. In which minute does the system attain equilibrium?

Under the following conditions, in which direction will, the reaction shift to attain its equilibrium? Q>K (b) Q

Under the following conditions, in which direction will, the reaction shift to attain its equilibrium? under which condition, Q=K ?

Equilibrium constants for four different reaction are given as K_(1)=10^(6), K_(2)=10^(-4), K_(3)=10 , and K_(4)=1 . Which reaction will take maximum time to attain equilibrium?

Equilibrium constants for four different reaction are given as K_(1)=10^(6), K_(2)=10^(-4), K_(3)=10 , and K_(4)=1 . Which reaction will take maximum time to attain equilibrium?