<span class="searchmatch">irrational</span> <span class="searchmatch">numbers</span> plural of <span class="searchmatch">irrational</span> number...
English Wikipedia has an article on: <span class="searchmatch">irrational</span> number Wikipedia <span class="searchmatch">irrational</span> number (plural <span class="searchmatch">irrational</span> <span class="searchmatch">numbers</span>) (mathematics) Any real number that cannot...
transcendental <span class="searchmatch">numbers</span>) (mathematics) any <span class="searchmatch">irrational</span> number that is not an algebraic number algebraic number <span class="searchmatch">irrational</span> number pi e Liouville number <span class="searchmatch">irrational</span> nonalgebraic...
(x), with unusual fractal properties, mapping quadratic <span class="searchmatch">irrational</span> <span class="searchmatch">numbers</span> to rational <span class="searchmatch">numbers</span> on the unit interval, via an expression relating the continued...
number rational number <span class="searchmatch">irrational</span> number real number line real number system limit of a convergent sequence of rational <span class="searchmatch">numbers</span> floating-point number —...
out of whack, lopsided, ill-disposed, unstable, imbalanced, inbalanced <span class="searchmatch">irrational</span> or mentally deranged expressing support for a certain point of view; biased...
rational number (plural rational <span class="searchmatch">numbers</span>) (mathematics) A number that can be expressed as the ratio of two integers. <span class="searchmatch">irrational</span> number real number p-adic number...
ſurd. (mathematics) Involving surds, or <span class="searchmatch">irrational</span> <span class="searchmatch">numbers</span>; not capable of being expressed in rational <span class="searchmatch">numbers</span>. a surd expression or quantity; a surd number...
number Wikipedia schizophrenic number (plural schizophrenic <span class="searchmatch">numbers</span>) (mathematics) An <span class="searchmatch">irrational</span> number with persistent patterns in its decimal expansion...
transcendence of a large class of <span class="searchmatch">numbers</span>, stating that, if a and b are algebraic <span class="searchmatch">numbers</span> with a ≠ 0, 1, and b <span class="searchmatch">irrational</span>, then any value of ab is a transcendental...