Sentence examples for difference between the mathematical from inspiring English sources

It is controversial whether there is a real difference between the mathematical use of pluralities and of sets (Linnebo 2003).

Rüdiger and Hoffmann attacked Wolff on a number of issues (the relation of mind and body, for instance, which they took to constitute a unity, not two distinct substances, the difference between the mathematical and the philosophical methods, and the question of the will's role in ethics).

In representing the mathematical model, the inherent errors due to parameter variations define the parametric (structured) uncertainties; therefore there are differences between the mathematical model used in the design process and the real plant.

Nevertheless, the aim of this research was to provide an accurate method to compare dispersion patterns, whereas differences between the mathematical expectances of groups of treatments are not of interest in this case.

For Brown, the TeVeS theory makes vivid the conceptual difference between the purely mathematical role of "metric tensor" and the role of codifying observable geometry; they happen to coincide in GR, but this is in a sense a contingent fact, not something guaranteed a priori by GR's mathematical apparatus.

The maximum difference between the simulation and the mathematical result is about 3%, showing that the theoretical analysis matches the simulation result quite well.

Occasionally, the difference between a mathematical gap and a gap in exposition can be hard to discern.

The only difference between the two methods is the mathematical model used: Method:LMS fits the data with a 6D polynomial model, whereas Method:MODE approximates the observations with one single scalar constant, i.e. a 1D mathematical model.

This statement is essentially correct, as the mathematical difference between the two models makes the dynamical behavior possible.

The net daily carbon balance was then determined as the mathematical difference between the rates of carbon acquisition and the rates of carbon sequestered as biomass for each shoot.

Variables determined to be non-normally distributed (p<0.05) were described using the median and interquartile range, defined as the mathematical difference between the 75th and 25th percentile of the distribution.