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	Mariotte, Edme
		Mariotte's law (i.e., Boyle's Law) appeared in his De la nature de l'air (1679) in which he described the isothermal behavior of an enclosed mass of air.
		Mariotte's final work published posthumously (1686), Traité du mouvement des eaux et des autres corps fluides, treated the theory of the motion of bodies in a resisting medium using natural springs, artificial fountains, and the flow of water through pipes as his topic.
		In 1672 Mariotte published, Traité du nivellement, a work describing a new form of level using the surface of free-standing water as the horizontal reference and employing a reflection mark on the sight stick to gain greater accuracy in sighting.
	edu365.com /aulanet/comsoc/Lab_quimica/quimics/Mariotte.htm (662 words)

	Mariotte's law (Site not responding. Last check: )
		Edme Mariotte was one of the first members of the French Academy of Sciences.
		Mariotte poured some more mercury into the tube, stopping when the column of mercury in the closed end of the tube was 4 pc above the level of the bend.
		Edme Mariotte on the nature of air (1676, 1679) as excerpted in William Francis Magie,
	web.lemoyne.edu /~giunta/classicalcs/mariotte.html (562 words)

	Edme Mariotte - Encyclopedia.com
		His De la nature de l'air (1676) includes a statement of Boyle's law (see gas laws), which he discovered independently and which is sometimes called Mariotte's law in France.
		One of the founders of experimental physics, Mariotte investigated a wide range of phenomena, including the motion of bodies, sound, hydrodynamics, barometry, color, and vision.
		See all results from premium newspaper and magazine articles, images, maps and more at HighBeam Research.
	www.encyclopedia.com /doc/1E1-Mariotte.html (146 words)

	Edme Mariotte - Wikipedia, la enciclopedia libre
		Edme Mariotte (1620 - París; 12 de mayo de 1684), abad y físico francés.
		Estudió la compresión de los gases y llegó a descubrir la ley hoy conocida como ley de Boyle - Mariotte: A temperatura constante, el volumen de un gas es proporcional al inverso de la presión.
		Edme Mariotte fue un pionero de la física experimental, y uno de los fundadores de este dominio en Francia.
	es.wikipedia.org /wiki/Edme_Mariotte#V.C3.A9ase_tambi.C3.A9n (160 words)

	Edme Mariotte - Definition, explanation
		Mariotte is best known for his recognition in 1676 of Boyle's Law about the inverse relationship of volume and pressures in gases.
		Mariotte spent most of his life at Dijon, where he was prior of St Martin sous Beaune.
		The first volume of the Histoire et memoires de l'Academie (1733) contains many original papers by him upon a great variety of physical subjects, such as the motion of fluids, the nature of colour, the notes of the trumpet, the barometer, the fall of bodies, the recoil of guns, the freezing of water etc.
	www.calsky.com /lexikon/en/txt/e/ed/edme_mariotte.php (320 words)

	Edme Mariotte - LoveToKnow 1911
		The first volume of the Histoire et memoires de l'Academie (1733) contains many original papers by him upon a great variety of physical subjects, such as the motion of fluids, the nature of colour, the notes of the trumpet, the barometer, the fall of bodies, the recoil of guns, the freezing of water, andc.
		His Essais de physique, four in number, of which the first three were published at Paris between 1676 and 1679, are his most important works, and form, together with a Traite de la percussion des corps, the first volume of the Ouvres de Mariotte (2 vols., Leiden, 1717).
		The second of these essays (De La nature de l'air) contains the statement of the law that the volume of a gas varies inversely as the pressure, which, though very generally called by the name of Mariotte, had been discovered in 1660 by Robert Boyle.
	www.1911encyclopedia.org /Edme_Mariotte (258 words)

	Blind Spot and Vision
		And Mariotte was well aware that he had found what he was looking for: the entrance of the optical nerve.
		Mariotte in his >Nouvelle Découvverte touchant la veüe< argued that it was nothing but a problem of tissues.
		Edme Mariotte: >The Answer of Monsieur Mariotte to Monsieur Pecquet, about the Opinion, that the Choroeides is the Principal Organ of Sight; communicated to the Publishers from Paris and Englished as follows.< - In: Philosophical Transactions 59 / 1670, p.
	home.snafu.de /pedasy/ascapap.htm (3474 words)

	mariotte
		Note that this is the second time that Pecquet has used this experiment (the first time was on page 3 paragraph 5), but he has drawn two different conclusions from it, the first macroscopic and the second microscopic.
		Mariotte (page l3 paragraph 1) was rhetorically "confused" by this.
		Mariotte, Pecquet et Perrault sur le sujet d'une nouvelle découverte touchant la veüe faite par M. Mariotte." A Paris, de l'Imprimerie Royale, in-folio.
	www.princeton.edu /~hos/mike/texts/mariotte/mariotte.html (13953 words)

	Edme Mariotte
		Mariotte's Traité de Mouvement des eaux et des autres corps fluides.
		Mariotte (1620-1684) independently came to the same conclusion, but he only published his conclusions in 1672.
		Mariotte (1620-1684) was a French physicist who discovered the same law independently of Boyle in 1676, so this law is often known as
	www.cordah.co.uk /edme_mariotte.html (222 words)

	The Dispatch - Serving the Lexington, NC - News
		Mariotte is best known for his recognition in 1676 of Boyle's Law about the inverse relationship of volume and pressures in gases.
		Mariotte spent most of his life at Dijon, where he was prior of St Martin sous Beaune.
		His Essais de physique, four in number, of which the first three were published at Paris between 1676 and 1679, are his most important works, and form, together with a Traite de la percussion des corps, the first volume of the Oeuvres de Mariotte (2 vols., Leiden, 1717).
	www.the-dispatch.com /apps/pbcs.dll/section?category=NEWS&template=wiki&text=Edme_Mariotte (300 words)

	AllRefer.com - Edme Mariotte (Physics, Biography) - Encyclopedia
		Edme Mariotte[ed´mu mAryOt´] Pronunciation Key, 1620?–1684, French physicist.
		His De la nature de l'air (1676) includes a statement of Boyle's law (see gas laws), which he discovered independently and which is sometimes called Mariotte's law in France.
		One of the founders of experimental physics, Mariotte investigated a wide range of phenomena, including the motion of bodies, sound, hydrodynamics, barometry, color, and vision.
	reference.allrefer.com /encyclopedia/M/Mariotte.html (172 words)

	Edme Mariotte Summary
		He experimented with rainbows and light diffraction, and discovered the macula lutea, which is in the center of the retina where the most acute vision is. Mariotte was one of the first members of the French Academy of Sciences.
		Mariotte produced the first comprehensive work on elastic and inelastic collisions (1673), relying heavily on the work of Christiaan Huygens, John Wallis, and Christopher Wren.
		Mariotte also discovered the eye's blind spot (1668).
	www.bookrags.com /Edme_Mariotte (492 words)

	Edme Mariotte
		The first volume of the Histoire et mémoires de l'Académie (1733) contains many original papers by him upon a great variety of physical subjects, such as the motion of fluids, the nature of color, the notes of the trumpet, the barometer, the fall of bodies, the recoil of guns, the freezing of water, etc.
		His Essais de physique, four in number, of which the first three were published at Paris between 1676 and 1679, are his most important works, and form, together with a Traité de la percussion des corps, the first volume of the Oeuvres de Mariotte (2 vols., Leiden, 1717).
		The fourth essay is a systematic treatment of the nature of color, with a description of many curious experiments and a discussion of the rainbow, halos, parhelia, diffraction, and the more purely physiological phenomena of color.
	www.nndb.com /people/112/000095824 (258 words)

	SparkNotes: The Scientific Revolution (1550-1700): Important Terms, People, and Events
		Though he was unable to do accomplish his goal, he did come up with the laws of planetary motion, which explained the orbital properties of planets, and factored extensively into Isaac Newton's later work.
		Edme Mariotte - A botanist of the seventeenth century, Edme Mariotte (1620-1684) sought to explain sap pressure in plants by describing a mechanism by which plants permit the entrance but not the exit of liquid.
		Marcello Malpighi - A well known microscopist, Malpighi (1628-1694) studied insects in depth and developed a theory of plant circulation which, though flawed, inspired interest in the field.
	www.sparknotes.com /history/european/scientificrevolution/terms.html (2065 words)

	MARIOTTE, EDME, Oeuvres
		This collection of the complete works of Mariotte is illustrated with 26 folding copper plates.
		This is the first edition of the collected works of Father Mariotte who was a physicist and Roman Catholic priest.
		Noted for invention of laboratory equipment such as Mariotte's tube.
	www.polybiblio.com /antiqbot/A107.html (233 words)

	Dijon : Edme Mariotte est né à Dijon
		Edme Mariotte naît à Dijon en 1620 et meurt à Paris en 1684.
		L'enfance et l'adolescence d'Edme Mariotte nous sont inconnues.
		Esprit indépendant, Mariotte, dans son travail scientifique, n'admet pas le dogmatisme : "Pour faire quelque chose d'utile au public, il faut vérifier par plusieurs nouvelles expériences ce que les Anciens ou les Modernes ont dit ou écrit".
	dijoon.free.fr /mariotte.htm (324 words)

	Edme Mariotte - MedPort-Lexikon
		Edme Mariotte (* um 1620 wahrscheinlich in Dijon; † 12.
		Mariotte war zunächst katholischer Geistlicher in Dijon, wo er als Prior von St. Martin sous-Beaume wirkte.
		Mariotte interessierte sich auch für die Erdatmosphäre, für deren Verständnis er den Wasserkreislauf, den Regen (wie entstehen Regentropfen?) und den Höhendruck untersuchte.
	www.medport.de /lexikon/index.php/Edme_Mariotte (152 words)

	A History of Science Volume II - Part III
		Mariotte demonstrated that but for the resistance of the atmosphere, all bodies, whether light or heavy, dense or thin, would fall with equal rapidity, and he proved this by the well-known "guinea-and-feather" experiment.
		He also ascertained that air existed in a state of mechanical mixture with liquids, "existing between their particles in a state of condensation." He made many other experiments, especially on the collision of bodies, but his most important work was upon the atmosphere.
		But meanwhile another contemporary of Boyle and Mariotte was interesting himself in the study of the atmosphere, and had made a wonderful invention and a most striking demonstration.
	www.worldwideschool.org /library/books/sci/history/AHistoryofScienceVolumeII/chap33.html (1140 words)

	Edme Mariotte (Site not responding. Last check: )
		Edme vit le jour à Dijon, en France, en 1620.
		Mariotte entreprit, en 1960, des recherches sur les comportements mécaniques des solides aussi nommées déformations élastiques (élasticité, quantité de mouvement, collision, etc.).
		Edme Mariotte s'éteignit à Paris, le 12 mai 1684, probablement l'esprit très satisfait, après avoir résolu de nombreux mystères scientifiques.
	mendeleiev.cyberscol.qc.ca /chimisterie/2001-2002/richardmarting.html (661 words)

	Equations of state/History
		The above relationship has also been attributed to Edme Mariotte[?] and is sometimes referred to as Mariotte's law.
		However, Mariotte's work was not published until 1676.
		In 1787 the French physist Jacques Charles found that oxygen, nitrogen, hydrogen, carbon dioxide, and air expand to the same extent over the same 80 degree interval.
	www.ebroadcast.com.au /lookup/encyclopedia/eq/Equations_of_state___History.html (263 words)

	Enciclopedia - Edme Mariotte
		Edme Mariotte (1620 - París, 1684), abad y físico francés.
		Estudió la compresión de los gases y llegó a descubrir la ley hoy conocida como ley de Boyle - Mariotte: A temperatura constante, el volúmen de un gas es proporcional al inverso de la presión.
		Edme Mariotte fue un pionero de la física experimental, y uno de los fundadores de este dominio en Francia.
	www.enciclopedia.com /es/e/ed/edme_mariotte.php (134 words)

	EVER
		Following this description, we can say that the blind spot is a hole of blindness in the island of seeing which is actually in the great sea of blindness.The blind spot in the visual fields represents the disc of the optic nerve itself in the eye.
		Edme Mariotte was the first scientist who discovered it, therefore it is named after him.
		Edme Mariotte made several important discoveries in different fields of science, such as physics, mechanics, hydraulics, optics, plant physiology, meteorology, surveying, and research methodology.
	www.ever.be /view_abstract.php?abs_id=2764 (305 words)

	Edme Mariotte \| THG Lexikon (Site not responding. Last check: )
		Edme Mariotte (* um 1620 wahrscheinlich in Dijon; † 12.
		Mariotte war zunächst katholischer Geistlicher in Dijon, wo er als Prior von St. Martin sous-Beaume wirkte.
		Mariotte interessierte sich auch für die Erdatmosphäre, für deren Verständnis er den Wasserkreislauf, den Regen (wie entstehen Regentropfen?) und den Höhendruck untersuchte.
	www.thgweb.de /lexikon/Edme_Mariotte (153 words)

	Edme Mariotte
		The bobs of two pendulums are struck against each other, and the resultant motions are measured and studied.
		He added to the mathematical deductions of Galileo, Pascal, and others, a number of experimental demonstrations of the laws of the pendulum, of the flow of water through orifices, of hydrostatic pressure etc. Mariotte's flask is an ingenious device to obtain a uniform flow of water.
		His work included experiments on heat and cold, light, sight, and colour.
	www.catholicity.com /encyclopedia/m/mariotte,edme.html (353 words)

	Gas Laws
		This correlation was discovered independently by Robert Boyle (1627-1691) of Ireland in 1662 and Edme Mariotte (1620-1684) of France in 1676.
		Mariotte added the important provision that temperature remain constant.
		Boyle neglected to mention it, but the data he used to derive his law were most likely collected during a period in which the temperature did not experience any significant change.
	hypertextbook.com /physics/thermal/gas-laws (3976 words)

	Edme Mariotte
		Der gute Mariotte hatte hierin freilich vollkommen recht und das ganze Rätsel löst sich dadurch, dass ein jedes Bild es sei von welcher Farbe es wolle, wenn es verrückt wird, gesäumt erscheint.
		In dieser sucht er alle übrigen Farben, welche nicht durch Refraktion hervorgebracht werden, aufzuführen, zu ordnen, gegeneinander zu halten, zu vergleichen, sie auseinander abzuleiten und daraus Erfahrungssätze abzuziehen, die er jedoch hier nicht Prinzipien, sondern Regeln nennt.
		Aus dem bisher Vorgetragenen lässt sich nunmehr beurteilen, inwiefern Mariotte als ein Gegner von Newton anzusehen sei.
	www.farben-welten.de /farbenlehre/geschichte/18tes_jahrhundert1/4edme_mariotte.htm (1514 words)

	Boyle's Law
		Therefore the expression of the pressure divided by the density which we used in class, can be replaced by an expression where the pressure is multiplied by the specific volume.
		On the continent of Europe, this law is attributed to Edme Mariotte, therefore those counties tend to call this law by his name.
		Mariotte, however, did not publish his work until 1676.
	shum.cc.huji.ac.il /~cariel/climate5763/Boyle2.html (727 words)

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