Golden ratio (nonfiction): Difference between revisions

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File:Michael Maestlin.jpg|link=Michael Maestlin (nonfiction)|1597: Astronomer and mathematician [[Michael Maestlin (nonfiction)|Michael Maestlin]] writes the first known calculation of the (inverse) golden ratio as a decimal of "about 0.6180340" is a letter to [[Johannes Kepler (nonfiction)|Johannes Kepler]].
File:Michael Maestlin.jpg|link=Michael Maestlin (nonfiction)|1597: Astronomer and mathematician [[Michael Maestlin (nonfiction)|Michael Maestlin]] writes the first known calculation of the (inverse) golden ratio as a decimal of "about 0.6180340" is a letter to [[Johannes Kepler (nonfiction)|Johannes Kepler]].
 
File:Gnotilus-fighting-Heracles.jpg|link=Gnotilus|Artifically intelligent mathematical function and alleged supervillain [[Gnotilus]] believed to have secreted multiple caches of [[Geometry solvent|Weaponized geometry solvent]] for use against Golden ratio.
File:Gnotilus-fighting-Heracles.jpg|link=Gnotilus|Supervillain [[Gnotilus]] believed to have secreted multiple caches of [[Geometry solvent|Weaponized geometry solvent]] for use against Golden ratio.
File:ENIAC Empty-Noise-Into Alien-Communication.jpg|link=ENIAC (SETI)|[[ENIAC (SETI)|ENIAC]] processes [[geometry solvent]] into [[Clandestiphrine]], Golden ratio vulnerable to covert recursion, warn temporal interrogators.  
File:ENIAC Empty-Noise-Into Alien-Communication.jpg|link=ENIAC (SETI)|[[ENIAC (SETI)|ENIAC]] processes [[geometry solvent]] into [[Clandestiphrine]], Golden ratio vulnerable to covert recursion, warn temporal interrogators.  
File:Madge_Palmolive.jpg|Consumer spokespersona says "[[geometry solvent]]" is nothing more than dish soap plus [[Extract of Radium]].
File:Madge_Palmolive.jpg|Consumer spokespersona says "[[geometry solvent]]" is nothing more than dish soap plus [[Extract of Radium]].

Revision as of 13:33, 5 January 2019

Similar golden rectangles.

In mathematics, two quantities are in the golden ratio if their ratio is the same as the ratio of their sum to the larger of the two quantities.

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