Read the statements of the following problems from Fogler, $4$th Ed: P$3-2($b$)$ and $($c$)$; P$3-11,$ CDP$3-$D$,$ CDP$3-$E $($prepare stoichiometric tables only; assume that all reactors are batch reactors and that the inlet conditions are the initial ones$).$ For CDP$3-$D $3\mathrm{.}2,$ assume the flow reactor as a VARIABLE volume Batch reactor. CHALLENGE: In a BATCH of $vc$ you carry out $3A+2B4C$

cwith an equimolar feed of $A_{y}B$ donde $C{A}_0=2mo\frac{l}{d}{m}^3$

Determine wich one is the limiting reactant ${}_i,$

despise$P$ y $T$