What is another word for irrationals?

Pronunciation: [ɪɹˈaʃənə͡lz] (IPA)

"Irrationals" is a term used in mathematics to refer to numbers that cannot be expressed as a ratio of two integers. If you are looking for synonyms for this term, you may consider words such as "transcendentals," which refers to numbers that are not algebraic, "incommensurables," which denotes two quantities that cannot be expressed as a common multiple, and "non-terminating decimals," which refers to numbers that never end and do not repeat, such as pi (3.1415...). Other synonyms include "non-repeating decimals," "non-surds," and "non-fractions." Regardless of the term used, irrational numbers play a significant role in modern mathematics and are essential in many scientific and engineering applications.

Synonyms for Irrationals:

What are the hypernyms for Irrationals?

A hypernym is a word with a broad meaning that encompasses more specific words called hyponyms.

Usage examples for Irrationals

Take first the case of irrationals.
"Mysticism and Logic and Other Essays"
Bertrand Russell
It will thus be seen that our treatment of proportion assumes that we already know the theory of irrationals and can apply it to geometric magnitudes, while the ancient treatment is independent of this theory.
"The Teaching of Geometry"
David Eugene Smith

Famous quotes with Irrationals

  • The integers, the rationals, and the irrationals, taken together, make up the continuum of numbers. It's called a continuum because the numbers are packed together along the real number line with no empty spaces between them.
    Brian Hayes (scientist)
  • Theodorus of Cyrene and Theaetetus generalised the theory of irrationals, and we may safely conclude that a great part of the substance of Euclid's Book X. (on irrationals) was due to Theætetus. Theætetus also wrote on the five regular solids, and Euclid was therefore no doubt equally indebted to Theætetus for the contents of his Book XIII. In the matter of Book XII. Eudoxus was the pioneer. These facts are confirmed by the remark of Proclus that Euclid, in compiling his Elements, collected many of the theorems of Eudoxus, perfected many others by Theætetus, and brought to irrefragable demonstration the propositions which had only been somewhat loosely proved by his predecessors.
    Thomas Little Heath
  • Eudoxes... not only based the method [of exhaustion] on rigorous demonstration... but he actually applied the method to find the volumes (1) of any pyramid, (2) of the cone, proving (1) that any pyramid is one third part of the prism which has the same base and equal height, and (2) that any cone is one third part of the cylinder which has the same base and equal height. Archimedes, however, tells us the remarkable fact that these two theorems were first discovered by Democritus, though he was not able to prove them (which no doubt means, not that he gave no sort of proof, but that he was not able to establish the propositions by the rigorous methods of Eudoxes. Archimedes adds that we must give no small share of the credit for these theorems to Democritus... another testimony to the marvellous powers, in mathematics as well as in other subjects, of the great man who, in the words of Aristotle, "seems to have thought of everything". ...Democritus wrote on irrationals; he is also said to have discussed the question of two parallel sections of a cone (which were evidently supposed to be indefinitely close together), asking whether we are to regard them as equal or unequal... Democritus was already close on the track of infinitesimals.
    Thomas Little Heath

Related words: irrational number, rational number, math, math trivia, math problems, math answers, maths, math solver

Related questions:

  • What is an irrational number?
  • Do irrational numbers exist?
  • What is the difference between a rational number and an irrational number?
  • How many irrational numbers are there?
  • What are examples of irrational numbers?
  • How do you find the square root?
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