Question

HOMEWORK-2 For the given stoichiometry of the oxidation reaction of NO, the rate expression is given as follows. 2NO + O$_2$ ? 2NO$_2$, r = k (C$_{NO}$)$^2$ (C$_{O_2}$), k = 1.4 x 10$^4$ (kmol/m$^3$)$^2$ sec$^{-1}$ The volumetric flow rate at the inlet to a plug flow reactor is 10m$^3$/sec and the feed composition is given as 9% NO, 1% NO$_2$, 8% O$_2$, 82% N$_2$. The reactor operates at 1 atm and 20$^\circ$C. Find the reactor volume necessary to obtain the C$_{NO_2}$/C$_{NO}$ = 5 at the outlet of the reactor.

          HOMEWORK-2
For the given stoichiometry of the oxidation reaction of NO, the rate expression is given as follows.
2NO + O$_2$ ? 2NO$_2$, r = k (C$_{NO}$)$^2$ (C$_{O_2}$), k = 1.4 x 10$^4$ (kmol/m$^3$)$^2$ sec$^{-1}$
The volumetric flow rate at the inlet to a plug flow reactor is 10m$^3$/sec and the feed composition is given as 9%
NO, 1% NO$_2$, 8% O$_2$, 82% N$_2$. The reactor operates at 1 atm and 20$^\circ$C. Find the reactor volume necessary to
obtain the C$_{NO_2}$/C$_{NO}$ = 5 at the outlet of the reactor.

$HOMEWORK-2 For the given stoichiometry of the oxidation reaction of NO, the rate expression is given as follows. 2NO + O2 ? 2NO2, r = k (CNO)^2 (CO2), k = 1.4 x 10^4 (kmol/m^3)^2 sec^-1 The volumetric flow rate at the inlet to a plug flow reactor is 10m^3/sec and the feed composition is given as 9% NO, 1% NO$2$, 8% O$2$, 82% N$2$. The reactor operates at 1 atm and 20$^\circ$C. Find the reactor volume necessary to obtain the CNO2/CNO = 5 at the outlet of the reactor.$

Added by Lisa H.

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