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Direct and reverse second-order elementary reaction

2 Direct and reverse second-order elementary reaction [Pg.73]

It is assumed that the reactants A and B enter the system as pure components and therefore Cro = 0. Furthermore, it is assumed that the reactants enter the system with equal initial concentrations. Therefore, Cao = Cbo =1). [Pg.73]

By using the concentration of the reactants and products as a function of the conversion (Equation 5.25), this equation becomes  [Pg.73]

The roots are X e (real root) and X (not real). There is only one real value of equilibrium X e ranging from 0 to X e T Transforming Equation 5.24, we get  [Pg.73]

Therefore, the resulting rate as a function of the conversions will be -4) [Pg.73]




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And second order reaction

Direct reactions

Directed reactions

Elementary reaction

Order elementary reaction

Reaction direct reactions

Reaction direction

Reaction reverse

Reaction reversible

Reaction second-order

Reactions, reversing

Reversibility Reversible reactions

Reversible reactions and

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