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The exothermic, elementary, second order reaction of A + B C + D is carried out in a jacketed batch reactor. The volume of the
The exothermic, elementary, second order reaction of is carried out
in a jacketed batch reactor. The volume of the reaction mixture is and
initial temperature is Initial moles of A and B are and kmol,
respectively. The cooling water pass around the reactor at a constant flow rate
and at a temperature of
a Develop the model equations describing the change of concentrations of all
components and temperature of reaction mixture with reaction time for given
nonisothermal batch reactor
b Calculate the concentrations of all components and the temperature of
reaction mixture at the end of second of reaction using Euler's formula.
Additional Data:
Reaction rate constant, exp
where
Heat of reaction mol
it Heat capacity of reaction mixture molK
seconds
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