elasticity coefficient

The degree to which these factors change the reaction rate is described by the elasticity coefficient.

The elasticity coefficient measures the local response of an enzyme or other chemical reaction to changes in its environment.

For further information please refer to the dedicated page at Elasticity Coefficients.

Elasticity coefficients can be calculated in various ways, either numerically or algebraically.

Elasticities coefficient can also be computed numerically, something that is often done in simulation software.

For example the elasticity coefficient for a mass-action rate law such as:

With some intermediate values of the elasticity coefficients, this system effectively approximates non-linear principal manifolds.

The power-law expansions used in the analysis invoke coefficients called kinetic orders which are equivalent to the elasticity coefficients.

It is possible to combine the summation with the connectivity theorems to obtain closed expressions that relate the control coefficients to the elasticity coefficients.

Callbacks are defined based on user definable "collision types" and may reject collisions and even override the calculation of friction and elasticity coefficients.

In mathematical economics, an isoelastic function, sometimes constant elasticity function, is a function that exhibits a constant elasticity, i.e. has a constant elasticity coefficient.

As summarized in the table above, the PED for a good or service is referred to by different descriptive terms depending on whether the elasticity coefficient is greater than, equal to, or less than 1.

It delivered preventative and proactive agents that hunted down all embryo carcinomas, others that boosted the elasticity coefficient of epidermic cells and some that simply maintained his skin tone at the precise shade he wanted.

The econometrically estimated constant elasticity coefficient of a simple log- linear model with time per box as the dependent variable and boxes per mile as the explanatory variable is -27.45 percent with a t value of -266.22.

Elasticity Coefficients are used in Physics, Economics, Chemistry, or more generally in mathematics as a definition of point elasticity: the article below applies to Chemical/Biochemical Elasticity Coefficients.

The elasticity coefficient is an integral part of Metabolic control analysis and was introduced in the early 1970s and possibly earlier by Henrik Kacser and Burns in Edinburgh and Heinrich and Rapoport in Berlin.