Examples of using A polynomial in English and their translations into Finnish
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You just solved a polynomial, son.
If a polynomial with integer coefficients,,….
Let P(x) be such a polynomial.
This is a polynomial with only one term.
For which can we write as a polynomial in?
That a polynomial could not be solved in radicals.
In elementary algebra, a trinomial is a polynomial consisting of three terms or monomials.
Let be a polynomial with rational coefficients, of degree at least.
In mathematics, a homogeneous polynomial is a polynomial whose nonzero terms all have the same degree.
Let be a polynomial with complex coefficients such that.
In mathematics, Vieta's formulas are formulas that relate the coefficients of a polynomial to sums and products of its roots.
Let be a polynomial of degree with real coefficients.
This result is shifted in time,the data on the right side of the graph are approximated by a polynomial of degree 3 or less.
Let; this is a polynomial of degree with the same zeros as.
The well-known complexity class P comprises all of the problems which can be solved in a polynomial amount of DTIME.
Let be given a polynomial of degree 4, having 4 positive roots.
Let be a real function such that for each positive real there exist a polynomial(maybe dependent on) such that for all real.
Let be a polynomial in the complex variable, with real coefficients.
Little Picard Theorem follows from Great Picard Theorem because an entire function is either a polynomial or it has an essential singularity at infinity.
A polynomial is homogeneous if each term has the same total degree.
Now, if is an integer such that, then, while(this is just because f(x)is a polynomial with integer coefficients), so that, and since, this yields.
Prove that if is a polynomial of then speed of all molecules are equal and constant.
Let be a polynomial with complex coefficients which is of degree and has distinct zeros.
Prove that the probability for this polynomial to be special is between and, where a polynomial is called special if for every in the sequence there are infinitely many numbers relatively prime with.
Let be a polynomial in with integer coefficients and suppose that for five distinct integers one has.
In 1911 he introduced what are now called the Bernstein polynomials to give a constructive proof of Weierstrass 's theorem(1885), namely that a continuous function on a finite subinterval of the real line can be uniformly approximated as closely as we wish by a polynomial.
We say that a polynomial vanishes at a point if evaluating it at that point gives zero.
Since a polynomial of degree m cannot achieve one andthe same value more than m times(without being a constant polynomial), our polynomial f(x) achieves every of its values at most m times.
Prove that there exist a non-zero polynomial that b are polynomial with integer coefficients and is monic.