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19 Nov 2019
The following reaction occurs in air: 2NO + O_2 rightarrow 2NO_2 At 20 degree C the rate of this reaction is dC_NO/dt = -1.4 times 10^-4 C^2 No Co_2 for t in seconds and concentrations in kmol/m^3. The reaction occurs in a constant-volume, 2-L vessel, and the initial concentration of NO is 1 kmol/m^3 and that of on is 3 kmol/m^3 If 0.5 mol of No reacts, how much NO_2 is produced? Determine how long it would take for 0.5 mol of NO to have reacted.
The following reaction occurs in air: 2NO + O_2 rightarrow 2NO_2 At 20 degree C the rate of this reaction is dC_NO/dt = -1.4 times 10^-4 C^2 No Co_2 for t in seconds and concentrations in kmol/m^3. The reaction occurs in a constant-volume, 2-L vessel, and the initial concentration of NO is 1 kmol/m^3 and that of on is 3 kmol/m^3 If 0.5 mol of No reacts, how much NO_2 is produced? Determine how long it would take for 0.5 mol of NO to have reacted.
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Nestor RutherfordLv2
4 Jul 2019