Sentence examples for intercept of the function from inspiring English sources

By extrapolating the fitted curve, we also estimated the intercept of the function with 1.0, which was regarded as the cut-off temporal frequency.

The group mean values (+S.E.M). of the slope and intercept of the function are shown in Fig. 3.

The intercept of the function is influenced jointly by Q and K. Therefore, while an increase in Q causes an increase in both the slope and the intercept, an increase in K simply diminishes the intercept.

Neighbourhood area may then be estimated by the intercept of the function of the pairwise FST = a+b/(4x+1), where x is the geographical distance between populations, and a and b the fitted parameter values [ 22].

The intercept of this function gives an indication of the level of normal growth and the slope gives a measure of the amplitude and direction of disturbed growth.

The digestible Lys level was estimated by the first intercept of the quadratic function with the plateau of the broken line function.

In the scatter graph of Fig. 2B, we find that the ORF density is linearly proportional to the RefSeq density, as described by the function NORF = 0.49 NRefSeq + 0.42 (the standard errors are 0.006 and 0.32 for the slope and the intercept of the regression function, respectively) for the given binning and considering every chromosome.

That is, for each individual, the trait value is a linear function of an environmental variable, with genetic variation in the slope and intercept of this function (see also Gavrilets and Scheiner 1993).

The reaction time (RT), the slope, and the intercept of the linear function associating RT to memorized list length showed systematic modulations according to the stimulation frequency.

The modeling assumes that there are no missing events at time zero (the present day) under the present global volcano monitoring systems and the present day recurrence rate (the eruption frequency; events/ka) is calculated as the intercept of the fitted function at time zero.

In this article, we argue that 1) the activation energy for viscous flow becomes independent of temperature when the viscosity of molten glass is sufficiently low at high enough temperatures, such as those that exist in a glass-melting furnace, and 2) the intercept of the linear function lnη versus T− 1 (η is the viscosity and T is the temperature) is independent of glass composition.