Divisible+by+two
111re|cur´sive|ness — re|cur|sive «rih KUR sihv», adjective. 1. Mathematics. recurring; repeated: »recursive functions. The set 2, 4, 6, 8,…is recursive because all its integers can be described as divisible by two (Time). 2. capable of being returned to or used… …
112re|cur´sive|ly — re|cur|sive «rih KUR sihv», adjective. 1. Mathematics. recurring; repeated: »recursive functions. The set 2, 4, 6, 8,…is recursive because all its integers can be described as divisible by two (Time). 2. capable of being returned to or used… …
113re|cur|sive — «rih KUR sihv», adjective. 1. Mathematics. recurring; repeated: »recursive functions. The set 2, 4, 6, 8,…is recursive because all its integers can be described as divisible by two (Time). 2. capable of being returned to or used repeatedly: »One… …
114bipartible — bipartible, a. (baɪˈpɑːtɪb(ə)l) [f. L. bipartīre after L. partībilis.] Divisible into two parts. in Craig. in Gray Bot. Text bk. 399 …
115Divisor — divisible redirects here. For divisibility of groups, see Divisible group. For the second operand of a division, see Division (mathematics). For divisors in algebraic geometry, see Divisor (algebraic geometry). For divisibility in the ring theory …
116Divisibility rule — A divisibility rule is a shorthand way of discovering whether a given number is divisible by a fixed divisor without performing the division, usually by examining its digits. Although there are divisibility tests for numbers in any radix, and… …
117Parity of zero — Zero objects, divided into two equal groups Zero is an even number. In other words, its parity the quality of an integer being even or odd is even. Zero fits the definition of even number : it is an integer multiple of 2, namely 0 × 2. As a… …
118Gregorian calendar — For the calendar of religious holidays and periods, see Liturgical year. For this year s Gregorian calendar, see Common year starting on Saturday. 2011 in other calendars Gregorian calendar 2011 MMXI …
119Prime number — Prime redirects here. For other uses, see Prime (disambiguation). A prime number (or a prime) is a natural number greater than 1 that has no positive divisors other than 1 and itself. A natural number greater than 1 that is not a prime number is… …
120Proofs of Fermat's little theorem — This article collects together a variety of proofs of Fermat s little theorem, which states that:a^p equiv a pmod p ,!for every prime number p and every integer a (see modular arithmetic). Simplifications Some of the proofs of Fermat s little… …
