Additional examples are adjusted to the entries in an automated way - we cannot guarantee that they are correct.
Do you mean range in terms of numerical quantity or type or all sorts?
Only the numerical quantity is used in the computation.
The Gradient is the rate of variation of a numerical quantity.
The triangular fuzzy numbers are used to handle imprecise numerical quantities.
How do humans associate linguistic symbols with numerical quantities?
In the general case the matrix B is a numerical quantity containing information on the geometry of the chosen mesh.
Any observer can make measurements and the precise numerical quantities obtained only depend on the coordinate system used.
These are numerical quantities, mostly of the sort called 'dimensionless' because they are the same in any units you measure.
What causes galaxies, solar system, planets, animals and all kingdoms of nature to constantly increase their numerical quantity?
Hamilton defined tensor as a positive numerical quantity, or, more properly, signless number.
From the statistical point of view, β is a numerical quantity relating two macroscopic systems in equilibrium.
Breaking the flow, to examine the numerical quantity, we can divide periods with different characteristics:
Numerical quantities, even those denoted by letters, are usually printed in roman (upright) type, though sometimes can be italic.
In mathematics, the connective constant is a numerical quantity associated with self-avoiding walks on a lattice.
The katal is invariant of the measurement procedure, but the numerical quantity value is not and depends on the experimental conditions.
Proposals for new regulations exist in some countries, with suggestions to limit the particle surface area or the particle count (numerical quantity).
The surface area is another numerical quantity which should depend only on the surface itself, and not on how it is parameterized.
This is also an example of false precision, which is artificial precision specifically of numerical quantities or measures.
In computer science, precision of a numerical quantity is a measure of the detail in which the quantity is expressed.
An example of a function is (joules power source) which maps the entity power source onto the numerical quantity joules.
The compactness measure of a shape, sometimes called the shape factor, is a numerical quantity representing the degree to which a shape is compact.
Consequently, numerical quantities, and with them the determination of a phenomenon as a quantity, can be employed in the one case as well as in the other.
To gauge results that do not yield numerical quantities, the teams commonly make use of several types of equipment which can provide other forms of observable effects.
Branch-decompositions and an associated numerical quantity, branch-width, are closely related to treewidth and form the basis for efficient dynamic programming algorithms on graphs.
As well as the visual shorthand for the actions Feynman introduces another kind of shorthand for the numerical quantities which tell us about the probabilities.