IN A $12\mathrm{.}5$ L CSTR REACTOR THE REACTION IS CARRIED OUT IN LIQUID PHASE A$-2$B$.$ THE FEED FLOW $($PRESENT ONLY$)$ IS $10$ ML$/$S$,$ WITH A CONCENTRATION OF $2$ MOLES PER LITER. AT THE OUTLET A CONCENTRATION OF $3\mathrm{.}6$ MOL$/$L OF B IS OBTAINED AT THE OUTLET. KNOWING THAT THE REACTION IS OF ORDER $2,$ CALCULATE:

$1.$ THE MOLAR FLOW FROM A TO THE INLET:

$2.$ THE MOLAR FLOW OF A AT THE OUTPUT:

$3.$ THE MOLAR FLOW FROM B TO THE OUTLET:

$4.$ THE CONVERSION OF TO

$5.$ THE VALUE OF THE KINETIC CONSTANT: