Сандардың өсу ретімен тізімі

Scale of numbers of interest arranged from small to large

This list contains selected positive numbers in increasing order, including counts of things, dimensionless quantities and probabilities. Each number is given a name in the short scale, which is used in English speaking countries, as well as a name in the long scale, which is used in some of the countries that do not have English as their national language.

Mathematics – random selections: Approximately is a rough first estimate of the probability that a typing "monkey", or an English illiterate typing robot, when placed in front of a typewriter, will type out William Shakespeare's play Hamlet as its first set of inputs, on the precondition it typed the needed number of characters. However, demanding correct punctuation, capitalization, and spacing, the probability falls to around 10−360,783. Computing: 2.2 is approximately equal to the smallest non zero value that can be represented by an octuple precision IEEE floating point value. 1 is equal to the smallest non zero value that can be represented by a quadruple precision IEEE decimal floating point value. 6.5 is approximately equal to the smallest non zero value that can be represented by a quadruple precision IEEE floating point value. 3.6 is approximately equal to the smallest non zero value that can be represented by an 80 bit x86 double extended IEEE floating point value. 1 is equal to the smallest non zero value that can be represented by a double precision IEEE decimal floating point value. 4.9 is approximately equal to the smallest non zero value that can be represented by a double precision IEEE floating point value. 1.5 is approximately equal to the probability that in a randomly selected group of 365 people, all of them will have different birthdays. 1 is equal to the smallest non zero value that can be represented by a single precision IEEE decimal floating point value.

Mathematics: The chances of shuffling a standard 52 card deck in any specific order is around 1.24 (or exactly 1 Factorial/52!) Computing: The number 1.4 is approximately equal to the smallest positive non zero value that can be represented by a single precision IEEE floating point value.

(; one hundred thousand or a lakh). Demography: The population of Saint Vincent and the Grenadines was 100,982 in 2009. Biology – Strands of hair on a head: The average human head has about 100,000–150,000 strands of hair. Literature: approximately 100,000 verses (shlokas) in the Mahabharata. Computing – Unicode: 149,186 characters (including control characters) encoded in Unicode as of version 15.0 (2022). Language: 267,000 words in James Joyce's Ulysses. Computing – Unicode: 293,168 code points assigned to a Unicode block as of Unicode 15.0. Genocide: 300,000 people killed in the Rape of Nanking. Language – English words: The New Oxford Dictionary of English contains about 360,000 definitions for English words. Mathematics: 360,000 – The approximate number of entries in The On Line Encyclopedia of Integer Sequences as of 2023. Biology – Plants: There are approximately 390,000 distinct plant species known, of which approximately 20% (or 78,000) are in risk of extinction. Biology – Flowers: There are approximately 400,000 distinct flower species on Earth. Literature: 564,000 words in War and Peace by Leo Tolstoy. Literature: 930,000 words in the King James Version of the Bible. Mathematics: There are 933,120 possible combinations on the Pyraminx. Computing – Unicode: There are 974,530 publicly assignable code points (i. e., not surrogates, private use code points, or noncharacters) in Unicode.

Mathematics: There are approximately 1.869 distinguishable permutations of the world's largest Rubik's Cube (33×33×33). Computing: 1.189 731 495 357 231 765 05 is approximately equal to the largest value that can be represented in the IEEE 80 bit x86 extended precision floating point format. Computing: 1.189 731 495 357 231 765 085 759 326 628 007 0 is approximately equal to the largest value that can be represented in the IEEE quadruple precision floating point format. Computing: (10 – 10−33) is equal to the largest value that can be represented in the IEEE decimal128 floating point format. Computing: 1010,000 − 1 is equal to the largest value that can be represented in Windows Phone's calculator. Mathematics: 86562929 + 29298656 is the largest proven Leyland prime; with 30,008 digits as of 2023. Mathematics: approximately 7.76 × 10206,544 cattle in the smallest herd which satisfies the conditions of Archimedes's cattle problem. Mathematics: 2,618,163,402,417 × 21,290,000 − 1 is a 388,342 digit Sophie Germain prime; the largest known as of 2023. Mathematics: 2,996,863,034,895  ×  21,290,000 ± 1 are 388,342 digit twin primes; the largest known as of 2023. Mathematics: 3,267,113# – 1 is a 1,418,398 digit primorial prime; the largest known as of 2023. Mathematics – Literature: Jorge Luis Borges' Library of Babel contains at least 251,312,000 ≈ 1.956 × 101,834,097 books (this is a lower bound). Mathematics: 101,888,529 − 10944,264 – 1 is a 1,888,529 digit palindromic prime, the largest known as of 2023. Mathematics: 4 × 721,119,849 − 1 is the smallest prime of the form 4 × 72n − 1. Mathematics: 422,429! + 1 is a 2,193,027 digit factorial prime; the largest known as of 2023. Mathematics: (215,135,397 + 1)/3 is a 4,556,209 digit Wagstaff probable prime, the largest known as of 2021. Mathematics: 1,963,7361,048,576 + 1 is a 6,598,776 digit Generalized Fermat prime, the largest known as of 2023. Mathematics: (108,177,207 − 1)/9 is a 8,177,207 digit probable prime, the largest known as of 2021. Mathematics: 10,223 × 231,172,165 + 1 is a 9,383,761 digit Proth prime, the largest known Proth prime and non Mersenne prime as of 2021. Mathematics: 282,589,932 × (282,589,933 − 1) is a 49,724,095 digit perfect number, the largest known as of 2020. Mathematics – History: 108×1016, largest named number in Archimedes' Sand Reckoner. Mathematics: 10googol , a googolplex. A number 1 followed by 1 googol zeros. Carl Sagan has estimated that 1 googolplex, fully written out, would not fit in the observable universe because of its size, while also noting that one could also write the number as 1010100.