[A+2B=2C+D],[" The initial conc.of "B" is "1.5" times the initial conc.of A.At equilibrium,"],[" conc.of "A" is equal to "B" .The equilibrium constant "K_(c)" is "]

A+2B to 2C+D The initial conc.of B is 1.5 times the initial conc.of A .At equilibrium, conc.of A is equal to B .The equilibrium constant K_(c) is

In a gaseous reaction A+2B iff 2C+D the initial concentration of B was 1.5 times that of A. At equilibrium the concentration of A and D were equal. Calculate the equilibrium constant K_(C) .

In a gaseous reaction A+2B iff 2C+D the initial concentration of B was 1.5 times that of A. At equilibrium the concentration of A and D were equal. Calculate the equilibrium constant K_(C) .

In a gaseous reaction A+2B iff 2C+D the initial concentration of B was 1.5 times that of A. At equilibrium the concentration of A and D were equal. Calculate the equilibrium constant K_(C) .

In the chemical reaction A+2B iff 2C+D (all gases), the initial concentration of B was 1.5 times that of A, but the equilibrium ceocentrations of A and B were found to be equal. The equilibrium constant K_(c) of the reaction is

A(G)+B(g)hArrC(g)+D(g) Above equilibrium is established by taking A& B in a closed container. Initial concentration of A is twice of the initial concentration of B. At equilibrium concentraons of B and C are equal. Then find the equilibrium constant for the reaction, C(g)+D(g)hArrA(g)+B(g) .