Examples of using Rational functions in English and their translations into Greek
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Financial
-
Official/political
-
Computer
Graph of Rational Functions- Sketching.
I never said that the vector fields were rational functions.
Graphs of Rational Functions- Tutorials.
Thus, this principle does not apply to certain sets of rational functions.
Write Rational Functions- Problems With Solutions.
Identify graphs of rational functions.
Tutorial on rational functions and answers to the matched exercises.
The functions of C(z)form an algebraic field, known as the field of rational functions on the sphere.
Graph of Rational Functions(1), Horizontal and Vertical Asymptotes with solution.
One of the main results of Roth's 1938 thesis was an example of a compact set on which not every continuous function can by approximated uniformly by rational functions.
Limits of Functions(1): Rational functions and functions with absolute value with Solution.
From 1913 to 1916 Noether published several papers extending andapplying Hilbert's methods to mathematical objects such as fields of rational functions and the invariants of finite groups.
Limits of Functions(2): Rational functions, logarithmic and square root functions with Solution.
One can distinguish two major classes of function approximation problems: First, for known target functions approximation theory is the branch of numerical analysis that investigates how certain known functions(for example, special functions) can be approximated by a specific class of functions(for example, polynomials or rational functions) that often have desirable properties(inexpensive computation, continuity, integral and limit values, etc.).
Write rational functions given their characteristics such as vertical asymptotes, horizontal asymptote, x intercepts, hole.
In some contexts,parametric equations involving only rational functions(that is fractions of two polynomials) are preferred, if they exist.
Rational functions and the properties of their graphs such as domain, vertical and horizontal asymptotes, x and y intercepts are explored using an applet.
Two affine varieties are birationally equivalent if there two rational functions between them which are inverse one to the other in the regions where both are defined.
On the other hand the field of the rational functions or function field is a useful notion, which, similarly as in the affine case, is defined as the set of the quotients of two homogeneous elements of the same degree in the homogeneous coordinate ring.
Weil conjectured that such zeta-functions should be rational functions, should satisfy a form of functional equation, and should have their zeroes in restricted places.
The set of complex rational functions- whose mathematical symbol is C(z)- form all possible holomorphic functions from the Riemann sphere to itself, when it is viewed as a Riemann surface, except for the constant function taking the value∞ everywhere.
It lacks the essential characteristics of the rational functions of life, such as germination, development, continuity, nondeviation of process, interlacing with other functions, fragmentation, and productivity.
The set of complex rational functions- whose mathematical symbol is C(z)- form all possible holomorphic functions from the Riemann sphere to itself, when it is viewed as a Riemann surface, except for the constant function taking the value∞ everywhere.
A rational function produces rational output for any rational input for which it is defined;
Even more generally, any rational function(with rational coefficients) of the root of an irreducible nth-degree polynomial over the rationals can be reduced to a polynomial of degree n‒ 1.
Often when F is not a rational function of the parameter it may be reduced to this case by an appropriate substitution.
For example, any rational function on the complex plane can be extended to a holomorphic function on the Riemann sphere, with the poles of the rational function mapping to infinity.
This includes, by clearing denominators, the case where F(t, x, y)is a rational function in t.
Any rational function f(z)= g(z)/h(z)(in other words, f(z) is the ratio of polynomial functions g(z) and h(z) of z with complex coefficients, such that g(z) and h(z) have no common factor) can be extended to a continuous function on the Riemann sphere.
And express as a rational function.