mathematical law
61Ōno's lexical law — Ōno s lexical law, or simply Ōno s law, is a statistical law for the rate word classes as they appear in the lexicon of classical Japanese literary works. The law was discovered by Japanese linguist Susumu Ōno and published in 1956. [1] Contents… …
62Weber–Fechner law — The Weber–Fechner law attempts to describe the relationship between the physical magnitudes of stimuli and the perceived intensity of the stimuli. Ernst Heinrich Weber (1795–1878) was one of the first people to approach the study of the human… …
63Strong Law of Small Numbers — In his humorous 1988 paper The Strong Law of Small Numbers, the mathematician Richard K. Guy makes the statement that There aren t enough small numbers to meet the many demands made of them. In other words, any given small number appears in far… …
64Power-law fluid — NOTOC A Power law fluid is a type of generalized Newtonian fluid for which the shear stress, tau; , is given by : au = K left( frac {partial u} {partial y} ight)^n where: * K is the flow consistency index (SI units Pa bull;s n ), * part; u /… …
65UCL Faculty of Mathematical and Physical Sciences — Dean Professor Richard Catlow[1] Admin. staff 445[1] (Academic and research staff (as at October 2009)) …
66Institute of Mathematical Sciences — The Institute of Mathematical Sciences Established 1962 Type Public Director …
67Department of Mathematical Logic (Bulgarian Academy of Sciences) — The Department of Mathematical Logic at the Bulgarian Academy of Sciences was created by the Institute of Mathematics and Informatics in implementation of Government Decree N0. 236 of November 3, 1959. Its first chairman was Boyan Petkanchin… …
68Competition law — Antitrust redirects here. For the 2001 film, see Antitrust (film). For laws specific to the U.S., see United States antitrust law. Competition law Basic concepts …
69J. Reuben Clark Law School — Established 1973 Type Private Religious affiliation The Church of Jesus Christ of Latter day Saints …
70Power law — A power law is any polynomial relationship that exhibits the property of scale invariance. The most common power laws relate two variables and have the form:f(x) = ax^k! +o(x^k),where a and k are constants, and o(x^k) is of x. Here, k is… …
