Examples of using Polynomial function in English and their translations into Greek
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For the polynomial function.
He began in 1822, with what he called the difference engine,made to compute values of polynomial functions.
Part C: Polynomial Functions.
The Difference Engine was an automatic, mechanical calculator designed to tabulate polynomial functions.
Concavity of Polynomial Functions.
A polynomial function in one real variable can be represented by a graph.
The Fundamental Theorem of Algebra tells us that every polynomial function has at least one complex zero.
Is a polynomial function of one variable.
However, for certain sets of such polynomials it may happen that for only finitely many combinations all polynomial functions take the value zero.
Every polynomial function is continuous on R.
In other areas, such as physics and engineering, a power-law functional form with a single term anda positive integer exponent is typically regarded as a polynomial function.
The graph of a polynomial function of degree 3.
Polynomial functions are a class of functions having many important properties.
On the real line, every polynomial function is infinitely differentiable.
A polynomial function is a function that is defined by a polynomial, or, equivalently, by a polynomial expression.
Alternatively polynomial interpolation or spline interpolation is used where piecewise polynomial functions are fit into time intervals such that they fit smoothly together.
A polynomial function is a function that can be defined by evaluating a polynomial. .
Most elementary functions, including the exponential function, the trigonometric functions, and all polynomial functions, are holomorphic.
Let P a polynomial function on Rn with real coefficients, F the Fourier transform considered as a unitary map L2(Rn)→ L2(Rn).
It is also quite common to see either the mean anomaly(M) or the mean longitude(L) expressed directly,without either M0 or L0 as intermediary steps, as a polynomial function with respect to time.
They are used to define polynomial functions, which appear in settings ranging from basic chemistry and physics to economics and social science;
Specifically, if a regular function on V is the restriction of two functions f and g in k,then f- g is a polynomial function which is null on V and thus belongs to I(V).
All polynomial functions in z with complex coefficients are holomorphic on C, and so are sine, cosine and the exponential function. .
For polynomials in more than one indeterminate the notion of root does not exist, andthere are usually infinitely many combinations of values for the variables for which the polynomial function takes the value zero.
In analysis with p-adic numbers,Mahler's theorem states that the assumption that f is a polynomial function can be weakened all the way to the assumption that f is merely continuous.
One reason to distinguish between polynomials and polynomial functions is that over some rings different polynomials may give rise to the same polynomial function(see Fermat's little theorem for an example where R is the integers modulo p).
A large number of non-algebraic proofs of the theorem use the fact(sometimes called"growth lemma")that an n-th degree polynomial function p(z) whose dominant coefficient is 1 behaves like zn when|z| is large enough.
If R is commutative, then one can associate to every polynomial P in R[x], a polynomial function f with domain and range equal to R(more generally one can take domain and range to be the same unital associative algebra over R).
This is often done by using a related series known for all relevant dates.[23] Alternatively polynomial interpolation orspline interpolation is used where piecewise polynomial functions are fit into time intervals such that they fit smoothly together.
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.