Microwave Enhanced Direct Cracking of Ethane for Production of Ethylene

The gas-phase decomposition of azomethane, AZO ((CH3)2N2), to give ethane and nitrogen: (CH3)2N2 → C2H6 N2The following mechanism is proposed: K1AZO* (CH3)2N2 (CH3)2N2 → (CH3)2N2 [(CH3)2N2₂]*K2AZO* [(CH3)2N2]* (CH3)2N2 → [(CH3)2N2]* K3AZO* (CH3)2N2 (CH3)2N2 → C2H6 N2 where AZO*, i.e., [(CH3)2N2]* is an intermediate. Derive the rate expression for the rate of decomposition of azomethane, -razo, using the steady-state approximation.

the burning of pure ethane with dry air gives a stack gas which analyzes 992 co2 the stack gases leave at 745 mm hg assuming complete combustion determine a excess air b complete orsat analy 89168

ethane c2h6 is burned with 20 percent excess air during a combustion process assuming complete combustion and a total pressure of 100 kpa determinea the airfuel ratiob the dew point temperat 60762

Consider the combustion of ethane: 2 C2 H6(g) 7 O2(g) ⟶4 CO2(g) 6 H2 O(g) If the ethane is burning at the rate of 0.20  mol / L ·s, at what rates are CO2 and H2 O being produced? | Numerade

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