In a global, single-step mechanism for butane combustion, the reaction order with respect to butane is...

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In a global, single-step mechanism for butane combustion, the reaction order with respect to butane is 0.15 and with respect to oxygen is 1.6. The rate coeflicient can be expressed in Arrhenius form: the pre-exponential factor is 4.16 10° [(kmol/m')-0.75/s) and the activation energy is 125,000 kJ/kmol. Write out an expression for the rate of butane destruction, d[C,H10]/dr. In a global, single-step mechanism for butane combustion, the reaction order with respect to butane is 0.15 and with respect to oxygen is 1.6. The rate coeflicient can be expressed in Arrhenius form: the pre-exponential factor is 4.16 10° [(kmol/m')-0.75/s) and the activation energy is 125,000 kJ/kmol. Write out an expression for the rate of butane destruction, d[C,H10]/dr.

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The combustion reaction of Butane is given by C 4 H 10 132 O 2 4CO 2 5H 2 O The rate of combustion ... View the full answer