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[4] [5] Similar to Finagle's law is the verbless phrase of the German novelist Friedrich Theodor Vischer: "die Tücke des Objekts" (the perfidy of inanimate objects). A related concept, the "Finagle factor", is an ad hoc multiplicative or additive term in an equation, which can be justified only by the fact that it gives more correct results ...
Download as PDF; Printable version; ... Hanlon's razor is a corollary of Finagle's law, ... if businesses produce more output in a free market economy, ...
Download as PDF; Printable version; ... Finagle's law; Laws of holes; G. ... Information wants to be free; Inverse benefit law; Inverse care law;
Sod's law, a British culture axiom, states that "if something can go wrong, it will". The law sometimes has a corollary: that the misfortune will happen at "the worst possible time" (Finagle's law). The term is commonly used in the United Kingdom (while in many parts of North America the phrase "Murphy's law" is more popular). [1]
Resistentialism is a jocular theory to describe "seemingly spiteful behavior manifested by inanimate objects", [1] where objects that cause problems (like lost keys, printers, or a runaway bouncy ball) are said to exhibit a high degree of malice toward humans.
Murphy's law [a] is an adage or epigram that is typically stated as: "Anything that can go wrong will go wrong.".. Though similar statements and concepts have been made over the course of history, the law itself was coined by, and named after, American aerospace engineer Edward A. Murphy Jr.; its exact origins are debated, but it is generally agreed it originated from Murphy and his team ...
The major exposition of his system is in The New Art of Memory (1812). [2] John Millard, assistant librarian to the Surrey Institution, was the editor of this work, according to Thomas Hartwell Horne, who was Millard's brother-in-law, and who helped him with notes of Feinaigle's lectures.
da Vinci's law (after Leonardo da Vinci, actually several laws; like in fluid mechanics, proportion, friction, of free fall (which was wrong)) Galileo's law of free fall Pythagoras' law: When the tension on a string remains the same but the length L is varied, the period of the vibration is proportional to L (after the guy with the rectangular ...