Exact(5)
Some models are given below: (i) Transmuted Weibull-geometric (TWG).
The Marquardt's percent standard deviation (MPSD) error function was used to correlate the experimental and calculated values for isotherm and kinetic models are given below: {text{MPSD}}, =,100,sqrt {frac{1}{n - p}sumlimits_{i = 1}^{p} {left( {frac{{Q_{{{text{e}},i}}^{exp } - Q_{{{text{e}},i}}^{text{cal}} }}{{Q_{{{text{e}},i}}^{exp } }}} right)} }^{2} (10).
Sample sizes, model parameterizations, and simulated demographic models are given below for each population configuration.
Initial equations for various models are given below: (3) Zero order model : X = K t (4) First order model : log X = K t / 2.303 (5) Higuchi release model : X = K (t ) 1 / 2 where X is the amount of drug released, K is the release rate constant, and t is time.
Examples of calculations for the final models are given below: Pneumologist model using exact numerical values for fractional exhaled nitric oxide (FENO): Examples A patient with wheezing, allergic rhinitis and a FENO value of 80 ppb has a prediction score of −0.25+2.1=1.85, resulting in a probability of 84.1% (95% CI 75.5%too 92.7%) of having asthma.
Similar(54)
Derivation of flux equations for the four different K1 type models is given below.
Other features of the model are given below.
The parameters of PSO technique used in the proposed mathematical model are given below.
Several examples of the application of this model are given below: Modern organic syntheses now require the synthesis of compounds in enantiopure form.
Details on each model are given below.
Examples of students describing the "transformation" model are given below.
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