polynomial
Collocations
4ADJ.
complicated, long, octic
POLYNOMIAL + NOUN
division
PREP.
in, in, on
ADV.
exceedingly
Definitions
noun
An expression consisting of a sum of a finite number of terms, each term being the product of a constant coefficient and one or more variables raised to a non-negative integer power, such as a_nxⁿ+a_n-1xⁿ⁻¹+...+a_0x⁰.
Unfortunately, an analogous attack on the octic polynomial becomes exceedingly complicated.
Our upper bound is the best possible, and it implies the existence of low-rank factorizations of positive semidefinite bivariate matrix polynomials and representations of biforms as sums of few squares.
A taxonomic designation (such as of a subspecies) consisting of more than two terms.
A type of term consisting of multiple parts.
Alternatively, there are polynomials denoting stages of the day: tónglóng 曈昽 “ light at daybreak”; or meteorological phenomena, such as wùsōng 雾凇 “(soft) rime”, àidài 叆叇 “ (of clouds) dense”.
The same corpus is used as in the analysis of the thematic scope of polynomials, except that in this case only 720 binomes will be considered.
adj
Able to be described or limited by a polynomial.
Of a polynomial name or entity.
Thesaurus
Synonyms
noun — a mathematical function that is the sum of a number of terms
adjective — having the character of a polynomial
Antonyms
Idioms & Phrases
Example Bank
6Unfortunately, an analogous attack on the octic polynomial becomes exceedingly complicated.
WiktionaryOur upper bound is the best possible, and it implies the existence of low-rank factorizations of positive semidefinite bivariate matrix polynomials and representations of biforms as sums of few square
WiktionaryAlternatively, there are polynomials denoting stages of the day: tónglóng 曈昽 “ light at daybreak”; or meteorological phenomena, such as wùsōng 雾凇 “(soft) rime”, àidài 叆叇 “ (of clouds) dense”.
WiktionaryNo algorithm that can solve this problem in polynomial time has been found yet.
Tatoeba · #120068Is this a polynomial?
Tatoeba · #6063921It was polynomial long division in Maths today. I didn't get any of it.
Tatoeba · #10193124