# Study of Successive First-Order Reversible Reactions

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The following successive first-order reactions are considered: . For simplicity, assume that all forward and backward rate constants are equal to and , respectively. The Demonstration displays the steady state solution for all species as well as the transient behavior only for species such that , for clarity of the plot.

Contributed by: Housam Binous (March 2011)

Open content licensed under CC BY-NC-SA

## Snapshots

## Details

Reaction Networks Successive first-order reversible reactions are considered:

.

The kinetic expressions, where represents the molar concentration, can be written:

.

Adding the equations provides the differential mass balance:

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By setting the left-hand side of the differential equations equal to zero, the simultaneous linear algebraic equations can be solved to yield the steady state solutions.

With initial conditions on , , ,... , the simultaneous ordinary differential equations can be solved to yield the transient solution.

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