Equilibrium concentrations of A, B and C in a reversible reaction
`3A+BhArr 2C+D`
are `0.03`, `0.01`, and `0.008 mol L^(-1)`. Calculate the initial concentration of A?

For A+BhArrC , the equilibrium concentrations of A and B at a temperature are 15 "mol" L^(-1) . When volume is doubled the reaction has equilibrium concentration of A is 10 "mol" L^(-1) . Calculate a. K_(c) b concentration of C in original equilibrium.

The rate of change in concentration of C in the reaction, 2A+Brarr 2C+3D , was reported as 1.0 mol litre^(-1) sec^(-1) . Calculate the reaction rate as well as rate of change of concentration of A, B and D.

The rate of change in concentration of C in the reaction, 2A+Brarr 2C+3D , was reported as 1.0 mol litre^(-1) sec^(-1) . Calculate the reaction rate as well as rate of change of concentration of A, B and D.

For A+B hArr C , the equilibrium concentration of A and B at a temperature are 15 mol L^(-1) . When volume is doubled the reaction has equilibrium concentration of A as 10 mol L^(-1) , calculate a. K_(c)

For A+B hArr C , the equilibrium concentration of A and B at a temperature are 15 mol L^(-1) . When volume is doubled the reaction has equilibrium concentration of A as 10 mol L^(-1) , calculate a. K_(c) b. Concentration of C in original equilibrium.