A liquid reaction

A+B->C

takes place in three CSTR's operating in series. The rate\ expression for this reaction is given to be as:\

-r_(A)=(k_(1)C_(A)C_(B))/(1+k_(2)C_(c)),(mo(l)/( l)t.min)

\ The concentration of

A,B

and

C

at the inlet of the reactor are

C_(A0)=C_(B0)=1M

and\

C_(C0)=0

. The volumetric flow rate of the inlet stream is

50l(t)/(m)in

. All reactors operate at\

50\\\\deg C

. The volume of the fist reactor is

50lt

and the volume of the second and the third\ reactors are

75It

each. Find the concentration of

C

at the outlet of the second and third\ reactors.\

k_(1)=10^(16)e^(-(12000)/(T))\ k_(2)=10^(7)e^(-(5000)/(T))

A liquid reaction A+BC takes place in three CSTR's operating in series. The rate expression for this reaction is given to be as: rA=1+k2Cck1CACB,(mol/lt.min) The concentration of A,B and C at the inlet of the reactor are CA0=CB0=1M and Cc0=0. The volumetric flow rate of the inlet stream is 50lt/min. All reactors operate at 50C. The volume of the fist reactor is 50lt and the volume of the second and the third reactors are 75It each. Find the concentration of C at the outlet of the second and third reactors. k1=1016e12000/T k2=107e5000/T A liquid reaction A+BC takes place in three CSTR's operating in series. The rate expression for this reaction is given to be as: rA=1+k2Cck1CACB,(mol/lt.min) The concentration of A,B and C at the inlet of the reactor are CA0=CB0=1M and Cc0=0. The volumetric flow rate of the inlet stream is 50lt/min. All reactors operate at 50C. The volume of the fist reactor is 50lt and the volume of the second and the third reactors are 75It each. Find the concentration of C at the outlet of the second and third reactors. k1=1016e12000/T k2=107e5000/T