Suppose the reversible reaction that is $2$AharrB$+C$ with an equilibrium constant $K_c=100$ takes place in

a constant volume batch reactor. Write out the rate law and determine the equilibrium conversion.

$($Note: at equilibrium $-r_A=0).$ Initial concentration of species in the system: $C_{A0}=1mo\frac{l}{m^3}$

$C_{B0}=C_{C0}=0$