Sentence examples for mathematical tools and from inspiring English sources

The NCTM's Principles to Actions says, on page 5: "An excellent mathematics program integrates the use of mathematical tools and technology as essential resources to help students learn and make sense of mathematical ideas, reason mathematically, and communicate their mathematical thinking".

The latter title would have matched with my personal philosophical point of view: while it is reasonable that researchers in mathematics develop with enthusiasm and dedication new promising mathematical tools and theories, it is important then that the accumulated knowledge and cultural wealth (the instance of topology in the twentieth century being a major one) be not lost afterwards.

Though a unification of gravity and quantum field theory still evades string theorists, many of the mathematical tools and ideas they have developed find applications elsewhere.

Milankovitch wanted, he said, to find an "arable field" that he could "cultivate with my mathematical tools," and he found it in meteorology, which was at the time predominantly an empirical science that is, a science that relied on observation.

And in Sparks, Nevada, another small firm called NaviCyte is building a model of the gut, to predict how drugs will be absorbed and metabolised as they pass through it into the blood stream.With only a few exceptions, however, the laboratories working on virtual organs are operating in isolation from one another, using different mathematical tools and incompatible databases.

We apply mathematical tools and techniques in dealing rigorously with the model.

The quantitative increment of surface hydroxyl groups onto NC was computed by mathematical tool and found to be 2.6 mmol g−1.

They were just a helpful mathematical tool and nothing more: scratch paper.

I'd like to see Information Theory used as a mathematical tool and applied to every critter.

A conceptual reversal is to move from the description of apparent forms to the analysis of their hidden dynamic infrastructures, using new logical-mathematical tools and constructivist computer modeling.

This paper presents a description of the mathematical tools applied, and a detailed discussion of the results obtained.