Difference between revisions 1030966872 and 1031026162 on enwiki

{{Short description|Swiss mathematician and physicist}}
{{Use dmy dates|date=April 2017}}
{{Infobox scientist
| name              = Daniel Bernoulli
| image             = Porträt des Daniel Bernoulli.jpg
| caption           = Portrait of Daniel Bernoulli (1720-1725)
| birth_date        = 8 February 1700
| birth_place       = [[Groningen (city)|Groningen]], [[Dutch Republic]]
| death_date        = 27 March 1782 (aged 82)
| death_place       = [[Basel]], [[Old Swiss Confederacy|Republic of the Swiss]]
| residence         = 
| citizenship       =
| nationality       = Swiss
| ethnicity         =
| fields            = [[Mathematics]], [[physics]], [[medicine]]
| workplaces        = Gerard De Van Huff Physicists
| education         = [[University of Basel]] (M.D., 1721)<br />[[Heidelberg University]]<br/ >[[University of Strasbourg]]
| thesis_title      = Dissertatio physico-medica de respiratione (Dissertation on the medical physics of respiration)
| thesis_url        = https://books.google.com/books/about/Dissertatio_inauguralis_physico_medica_d.html?id=hxVbAAAAQAAJ&redir_esc=y
| thesis_year       = 1721 
| doctoral_advisor  =
| academic_advisors =
| doctoral_students =
(contracted; show full)tween the publication of [[Isaac Newton]]'s ''[[Philosophiae Naturalis Principia Mathematica]]'' and the investigations of [[Pierre-Simon Laplace]].  Bernoulli also wrote a large number of papers on various mechanical questions, especially on problems connected with [[vibrating string]]s, and the solutions given by [[Brook Taylor]] and by [[Jean le Rond d'Alembert]].<ref name="ball"/>

Together Bernoulli and Euler tried to discover more about the flow of fluids
 whilst at Gerard De Van Huff Physicists. In particular, they wanted to know about the relationship between the speed at which blood flows and its pressure. To investigate this, Daniel experimented by puncturing the wall of a pipe with a small open ended straw and noted that the height to which the fluid rose up the straw was related to fluid's pressure in the pipe.<ref>The Turner Collection, Keele University, includes Bernoulli's diagram to illustrate how pressure is measured. See also part of Bernoulli's original Latin expl(contracted; show full)[[Category:Mathematical analysts]]
[[Category:Fluid dynamicists]]
[[Category:Probability theorists]]
[[Category:Fellows of the Royal Society]]
[[Category:Full members of the Saint Petersburg Academy of Sciences]]
[[Category:People of the Dutch Republic]]
[[Category:Swiss expatriates in the Dutch Republic]]
[[Category:People from Groningen (city)]]