Sentence examples for use the regression equation from inspiring English sources

Given these statistical tools, we can use the regression equation to predict the value of the dependent variable based on the known value of independent variable.

We use the regression equations and the graphical plot in Figure 7 presented in the "Results" section.

Furthermore, we opted not to use the regression equations of Ibanez and colleagues [ 9] to calculate predicted supine FRC for our patients, because their study population consisted of relatively short (mean 1.65 m) and young people (mean 35 years), and age was not included in their regression equations, whereas our ICU population consisted mainly of tall, elderly people.

From these two body sizes, we calculated lower and upper bounds for maximum bite forces using the regression equation generated from the scaling relationship of S. rhombeus' in-vivo bite forces (Fig. 1A).

Both species examined, Hypacrosaurus and Protoceratops, exhibited long, reptile-grade incubation periods30 with the estimated values 209% and 208%, respectively, of the incubation period predicted for an avian egg of similar size using the regression equation of Deeming et al.31.31

The results were optimized using the regression equation of RSM based on CCD.

Using the regression equation established in procedures 2 and 3, the heat capacity consumption of the start-up phase and the continued operation phase could be estimated.

A standard curve of chitinase activity was generated using the regression equation y = 0.0038x + 0.0304, with a correlation coefficient (R 2) of 0.9919.

The various dependent characteristics of groundwater quality were calculated using the regression equation and the values where substituted for the independent parameters in the equations (Shah et al. 2007).

The concentration of X is calculated using the regression equation representing the linear correlation between the differences of ratio spectra amplitude at the two selected wavelengths to the corresponding concentrations of drug (X).

The concentration of Z is calculated using the regression equation representing the linear correlation between the differences of ratio spectra amplitudes at the two selected wavelengths to the corresponding concentrations of drug (Z).