Liquid phase reaction with stoichiometry;

$AB+C$

is carried out in a constant volume isothermal batch reactor. The rate of

consumption of A per unit volume of reactor and per minute is given;

$-r_A=0\mathrm{.}003C_A[mo\frac{l}{L}*min]$

where $C_A$ is molar concentration of $A$ in $mo\frac{l}{L}.$ If the initial concentration of

$A$ is $1mo\frac{l}{L}$ and molecular weight of $B$ is $55\frac{g}{m}ol,$ determine the volume

of the reactor to produce $110kgB$ in one hour.