NaOH $($Caustic soda$)$ may be produced in a process from the following reactions:

$CaC{O}_3=$CaO$+C{O}_2$

CaO$+H_{2}O=Ca(OH{)}_2$

$2$NaCl$+CaC{O}_3=N{a}_{2}C{O}_3+CaC{l}_2$

$N{a}_{2}C{O}_3+Ca(OH{)}_2=2$NaOH$+CaC{O}_3$

Write the overall reaction for NaOH production using salt $(NaCl),$ limestone $(CaC{O}_3)$ and water $(H_{2}O)$ as raw materials

What are the required feed rates of salt $(NaCl),$ limestone $(CaC{O}_3)$ and water $(H_{2}O)$ required to produce $1000l\frac{b_m}{?}$ day of NaOH as a $10\%$ wt solution.