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Rate Equations and Kinetic Models

Kinetic Models toDescribe Drug Degradation inSolution [Pg.39]

When n equals 0, 1, or 2, the reaction is said to be a pseudo-zero-, pseudo-first-, or pseudo-second-order reaction (pseudo-nth-order for higher order reactions), respectively. If the concentration of an additional reactant other than drug D is not constant during the reaction, the reaction order becomes n + 1. [Pg.39]

Simple Pseudo-First-Order Reaction and Zero-Order Reaction [Pg.39]

The differential rate equation for a pseudo-first-order reaction is [Pg.39]

The rate equations for pseudo-zero-order kinetics are [Pg.39]


Analysis of the rate equation and kinetic model of the conversion of glucose to gluconic acid is discussed in Chapter 11. [Pg.9]


See other pages where Rate Equations and Kinetic Models is mentioned: [Pg.38]   


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Kinetic equation model

Kinetic equations

Kinetic modeling equations

Kinetic modeling rate equations

Kinetic rates

Kinetics and Modeling

Kinetics and Models

Kinetics equations

Kinetics model equations

Kinetics rate model

Kinetics, rate equations

Model equations

Modeling equations

Modelling and kinetics

Modelling equations

Models rate model

Rate Kinetics

Rate kinetic modelling

Rates and kinetics

Ratings models

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