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59e03 5000Five thousand (5000) is the natural number following 4999 and preceding 5001.
Selected numbers in the range 5001-5999
- 5003 - Sophie Germain prime
- 5020 - amicable number with 5564
- 5039 - factorial prime, Sophie Germain prime
- 5040 - 7!, highly composite number
- 5050 - triangular number, Kaprekar number
- 5051 - Sophie Germain prime
- 5076 - decagonal number
- 5081 - Sophie Germain prime
- 5151 - triangular number
- 5167 - cuban prime of the form x = y + 1
- 5171 - Sophie Germain prime
- 5186 - φ(5186) = 2592
- 5187 - φ(5187) = 2592
- 5188 - φ(5189) = 2592
- 5226 - nonagonal numberA nonagonal number or enneagonal number is a figurate number that represents a nonagon. The nonagonal number for n is given by the formula: The first few nonagonal numbers are:
- 1, 9, 24, 46, 75, 111, 154, 204, 261, 325, 396, 474, 559, 651, 750, 856, 969
- 5231 - Sophie Germain prime
- 5244 = 22^2 + 23^2 + ... 29^2 = 20^2 + 21^2 + ... 28^2
- 5253 - triangular number
- 5279 - Sophie Germain prime
- 5292 - Kaprekar number
- 5303 - Sophie Germain prime
- 5333 - Sophie Germain prime
- 5335 - magic constantThe magic constant of a magic square, an n by n matrix, is defined such that the sum of any row, column or main diagonal yields the same result, denoted M ''n . If the numbers in the magic square are 1, 2,. n , then. Paul Muljadi discovered and proved the of nxn magic squareIn mathematics, magic squares consist of a number of integers arranged in the form of a square in such a way that the sum of the numbers in every row, column and diagonal are the same. A magic square may have odd or even number of rows and columns. Usuall and n-Queens ProblemExample solution The eight queens puzzle is the problem of putting eight chess queens on an 8×8 chessboard such that none of them is able to capture any other using the standard chess queen's moves. Piece colour is ignored, and any piece is assumed to be for n =22.
- 5340 - octahedral numberAn octahedral number is a figurate number that represents an octahedron, or two pyramids placed together, one upside-down underneath the other. The octahedral number for n can be obtained by adding the n-1 and n square pyramidal numbers together, or by us
- 5356 - triangular number
- 5365 - decagonal number
- 5399 - Sophie Germain prime
- 5419 - cuban prime of the form x = y + 1
- 5441 - Sophie Germain prime
- 5456 - tetrahedral numberA tetrahedral number or triangular pyramidal number is a figurate number that represents a pyramid with a base and three sides, that is, a tetrahedron. The tetrahedral number for n is the sum of the first n triangular numbers added up. The first few tetra
- 5460 - triangular number
- 5461 - super-Poulet numberA super-Poulet number is a Poulet number whose every divisor d divides 2''d 2. For example 341 is a super-Poulet number: it has positive divisors {1, 11, 31, 341} and we have:
- (211 2) / 11 2046 / 11 186 :(231 2) / 31 2147483646 / 31 69273666 :(2341 2) /
- 5500 - nonagonal number
- 5501 - Sophie Germain prime
- 5525 - square pyramidal numberA pyramidal number or square pyramidal number is a figurate number that represents a pyramid with a base and four sides. The n''th pyramidal number is
- The first few pyramidal numbers are 1, 5, 14, 30, 55, 91, 140, 204, 285, 385, 506, 650, 819 Pyramidal
- 5536 - tetranacci number
- 5564 - amicable number with 5020
- 5565 - triangular number
- 5566 - pentagonal pyramidal number
- 5639 - Sophie Germain prime
- 5662 - decagonal number
- 5671 - triangular number
- 5711 - Sophie Germain prime
- 5719 - Zeisel number
- 5741 - Sophie Germain prime
- 5768 - tribonacci number
- 5777 - smallest counterexample to the conjecture that all odd numbers are of the form
- 5778 - triangular number
- 5781 - nonagonal number
- 5798 - Motzkin number
- 5849 - Sophie Germain prime
- 5886 - triangular number
- 5903 - Sophie Germain prime
- 5967 - decagonal number
- 5984 - tetrahedral number
- 5992 - chiliagonal number
- 5995 - triangular number
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