Savart Felix Savart. Felix Savart taught at the Collège de France from 1828, becoming aprofessor there in 1836. He collaborated with Biot on a theory of magnetism. http://www-gap.dcs.st-and.ac.uk/~history/Mathematicians/Savart.html
Extractions: Felix Savart Biot on a theory of magnetism. Magnetic fields produced by electric currents can be calculated using the law discovered in 1820 by Savart in his joint work with Biot . They took magnetism as the fundamental property rather than the approach which treated it as derived from electric circuits. Savart also carried out experiments on sound which became important for later students of acoustics. He developed the Savart disk, a device which produced a sound wave of known frequency, using a rotating cog wheel as a measuring device. Article by: J J O'Connor and E F Robertson List of References (2 books/articles) Mathematicians born in the same country Honours awarded to Felix Savart
Famous People Translate this page Rohrer Heinrich Rubbia Carlo Ruska Ernst Russell Henri Russell Scott RutherfordErnest Rydberg Johannes Ryle Martin, Salam Abdus savart felix Seebeck Thomas http://www.aldebaran.cz/famous/list_pqrs.html
Biografie otrzymal nagrode Nobla. savart felix (1791-1841) - fizyk francuski, który prowadzilwarunkami rozchodzenia sie fal akustycznych w róznych osrodkach. http://www.jeybi.republika.pl/b2biografie.html
Extractions: Ampére André Marie - (1775-1836) - fizyk i matematyk francuski. W r. ustali³ wzajemne oddzia³ywanie dynamiczne przewodników, przez które przep³ywa pr±d elektryczny, okre¶li³ regu³ê kierunkow± Ampére`a tzw. regu³ê prawej d³oni,tzn. zale¿no¶ci miêdzy kierunkiem pr±du p³yn±cego w przewodniku i kierunku wytworzonego przez ten pr±d pola magnetycznego. Opracowa³ formu³ê okre¶laj±ca zjawisko magnetyzmu. W dowód uznania jego osi±gniêæ jednostka natê¿enia pr±du elektrycznego nazwana zosta³a amperem (A). Baird John Logie - (1888-1946) - wynalazca angielski, jeden z twórców podstaw wspó³czesnej telewizji. Prowadzi³ badania nad sposobem przekazywania obrazu telewizyjnego. Pocz±tkowo prowadzi³ badanie nad telewizj± mechaniczn±, nastêpnie nad telewizj± elektryczn± z zastosowaniem lamp jarzeniowych jako mozaiki i wreszcie nad udoskonalon± metod± z tarcz± Nipkowa. Od 1928r. prowadzi³ prace nad telewizj± barwn±, uwieñczone powodzeniem w 1939r. Baudot Jean Maurice Emile - (1845-1903) - wynalazca francuski w dziedzinie telegrafii 1870r. opatentowa³ aparat telegraficzny w³asnego pomys³u. Wynalazek ten zosta³ zatwierdzony dopiero w 1874r. a w 1877r. przeprowadzono pierwsz± próbê dzia³ania aparatu miêdzy Pary¿em a Bordeaux. W latach 1874-1876 uzyska³ Baudot patenty na aparaty telegraficzne wielokrotne. Bell Aleksander Graham - (1847-1922) - fizyk amerykañski pochodzenia szkockiego, wynalazca telefonu (tzw. telefon Bella - 1876r.). W 1877r. Bell uzyska³ patent na membranê zasadnicz± czê¶æ sk³adow± mikrofonu telefonicznego 1886r. wyda³a prace dotycz±ce sposobu rejestrowania ( zapisywania) i odtwarzania mowy.
Biografie Translate this page Morse Samuel Finley Breese, Nipkov Paul, Ohm Georg Simon, Peltier Jean Charles Athenase,Rayleigh John William Strutt lord, savart felix, Siemens Ernst Werner http://www.jeybi.republika.pl/biografie.html
FELIX SAVART "felix savart" savart también llevó a cabo experimentos en sonido que mas tarde vendrían a ser importantes para los estudiantes de acústica. "felix savart" savart, felix. savart estudio en el Colegio de Francia de 1828, volviéndose un profesor usando la ley descubierta en 1820 por savart trabajo junto con Biot http://www.geocities.com/CapeCanaveral/Hangar/2970/savart.html
Extractions: Savart, Felix.- Savart estudio en el Colegio de Francia de 1828, volviéndose un profesor allí en 1836. Él colaboró con Biot en la teoría del magnetismo. Los Campos magnéticos producidos por corrientes eléctricas pueden se calculado usando la ley descubierta en 1820 por Savart trabajo junto con Biot. Ellos tomaron el magnetismo como el principio fundamental, antes que se aproximara el Ampère y se tratara como derivado de los circuitos eléctricos. Savart también llevó a cabo experimentos en sonido que mas tarde vendrían a ser importantes para los estudiantes de acústica. Él desarrolló el Disco de Savart, un dispositivo que produjo un sonido legítimo conocido como, frecuencia.
Biography-center - Letter S ac.uk/~history/Mathematicians/Savage. html. savart, felix. wwwhistory.mcs.st-and.ac.uk/~history/ Mathematicians/savart.html. Savary, felix. www-history.mcs.st http://www.biography-center.com/s.html
Extractions: random biography ! Any language Arabic Bulgarian Catalan Chinese (Simplified) Chinese (Traditional) Croatian Czech Danish Dutch English Estonian Finnish French German Greek Hebrew Hungarian Icelandic Indonesian Italian Japanese Korean Latvian Lithuanian Norwegian Polish Portuguese Romanian Russian Serbian Slovak Slovenian Spanish Swedish Turkish 993 biographies Sa, Zitkala
Savart Term describing the logarithmic measurement system of intervals invented by felix savart. In an octave, there are 301.03 savarts. Dictionary Home http://www.music.vt.edu/musicdictionary/texts/Savart.html
History 1820 Jean-Baptiste Biot and felix savart show that the magnetic force exerted on a magnetic pole by a wire falls off Rutherford, Ernest - 1899. savart, felix - 1820. Savery, F http://maxwell.byu.edu/~spencerr/phys442/node4.html
Extractions: Next: Review Sheet Up: No Title Previous: Homework Assignments A Ridiculously Brief History of Electricity and Magnetism Mostly from E. T. Whittaker's A History of the Theories of Aether and Electricity... 900 BC - Magnus, a Greek shepherd, walks across a field of black stones which pull the iron nails out of his sandals and the iron tip from his shepherd's staff (authenticity not guaranteed). This region becomes known as Magnesia. 600 BC - Thales of Miletos rubs amber ( elektron in Greek) with cat fur and picks up bits of feathers. 1269 - Petrus Peregrinus of Picardy, Italy, discovers that natural spherical magnets (lodestones) align needles with lines of longitude pointing between two pole positions on the stone. 1600 - William Gilbert, court physician to Queen Elizabeth, discovers that the earth is a giant magnet just like one of the stones of Peregrinus, explaining how compasses work. He also discusses static electricity and invents an electric fluid which is liberated by rubbing. ca. 1620 - Niccolo Cabeo discovers that electricity can be repulsive as well as attractive.
Food For Thought: Biographies Salzmann, Siegmund (pen name felix Salten) (Hung. nov., jour 18831966. savart, felix (French physicist, physicist) 1791-1841 http://www.junkfoodforthought.com/bio/bio_S.htm
Extractions: Sa, Mem de (Portuguese colonial official) Saada, Antun (Brazilian-born Syrian political agitator) Sa'adia ben Joseph (Jewish commentator, scholar) Saarinen, Eero (Finnish-born American architect; son of Eliel) Saarinen, (Gottlieb) Eliel (Finnish-born American architect) Saavedra, Juan Bautista (Bolivian jurist; president 1921-25) Saavedra Fajardo, Diego (Spanish diplomat, writer) Saavedra Lamas, Carlos (Argentine jurist, diplomat) Saavedra Ramirez de Baquendano, Angel de (Span. polit., writer) Saba (or Sabas), Saint (Turkish Christian monk) Sabatier, (Louis-) Auguste (French Protestant theologian) Sabatier, Paul (French chemist) Sabatini, Rafael (Italian novelist in English) Sabbatini, Nicola (Italian architect) Sabellius (Roman Christian prelate, theologian) fl. c.220 Sabin, Albert Bruce (American physician) Sabine, Sir Edward (British soldier, astronomer) Sabine, Wallace Clement Ware (American physicist) Sabinian (Sabinianus) (Pope 604-606) d.606 Sable, Jean Baptist Point (Haitian-born Am. pioneer trader) Sabutai (or Subotai) (Mongol general) c.1172-1245
References For Savart References for felix savart. Biography in 19701990). Articles felixsavart, Nouvelle biographie générale (Paris, 1969), 387-389. http://www-gap.dcs.st-and.ac.uk/~history/References/Savart.html
Savart Biography of felix savart (17911841) felix savart. Born 30 June 1791 in Mézières, France felix savart taught at the Collège de France from 1828, becoming a professor there in 1836 http://www-groups.dcs.st-and.ac.uk/~history/Mathematicians/Savart.html
Extractions: Felix Savart Biot on a theory of magnetism. Magnetic fields produced by electric currents can be calculated using the law discovered in 1820 by Savart in his joint work with Biot . They took magnetism as the fundamental property rather than the approach which treated it as derived from electric circuits. Savart also carried out experiments on sound which became important for later students of acoustics. He developed the Savart disk, a device which produced a sound wave of known frequency, using a rotating cog wheel as a measuring device. Article by: J J O'Connor and E F Robertson List of References (2 books/articles) Mathematicians born in the same country Honours awarded to Felix Savart
Savart, Felix savart, felix. (1791 1841). Francouzský fyzik, který spolecnes Biotem zformuloval v roce 1820 Biotuv-savartuv zákon, podle http://www.aldebaran.cz/famous/people/Savart_Felix.html
Extractions: Savart, Felix Francouzský fyzik, který spoleènì s Biotem zformuloval v roce 1820 Biotùv -Savartùv zákon, podle kterého lze z rozloení elektrických proudù dopoèítat vytvoøené magnetické pole. Laplace tomuto zákonu dal matematický kabát. Savart provádìl také mnoho pokusù se zvukem.
Full Alphabetical Index Translate this page Raphaël (100*) Salmon, George (62*) Samoilemko, Anatoly (252*) Sang, Edward (471*)Saurin, Joseph (210) Savage, Leonard (280*) savart, felix (106) Savary http://www.geocities.com/Heartland/Plains/4142/matematici.html
Savart's Cup And Resonator savart's Cup and Resonator. felix savart (17911841) is probably best known for his 1820 investigation (with Biot) of the strength of a magnetic field as a function of the geometry of a wire and the http://www2.kenyon.edu/depts/physics/EarlyApparatus/Acoustics/Savarts_Cup/Savart
Extractions: Savart's Cup and Resonator Felix Savart (1791-1841) is probably best known for his 1820 investigation (with Biot) of the strength of a magnetic field as a function of the geometry of a wire and the current through it. But, most of his research dealt with acoustics, including the first explanation of the operation of a violin. The edge of the cup or bell of Savart's apparatus is set into oscillation with a violin bow to produce a sound of definite pitch. The sliding piston of the resonator is then moved in and out to give the maximum amplitude of sound. Note that the relatively large diameter of the resonator gives large end corrections; the wavelength of the resonant wavelength is larger than four times the interior depth. The Union apparatus is by the Paris firm of Lerebours et Secretan, and is listed at 400 francs in the 1853 catalogue. Amherst College Colby College
Extractions: Library of Congress, Washington DC, 2001 Introduction Scope and Content Chronology Description of Series ... Table of Contents Box Contents BOX 227 Sabaneyev, Leonid BOX 227 Sabata, Victor de BOX 227 Sabbatini, Galeazzo BOX 227 Sabbatini, Luigi Antonio BOX 227 Sabin, Robert BOX 227 Sacchini, Antonio BOX 227 Sacco, P. Peter BOX 227 Sachs, Curt BOX 227 Sachs, Joel BOX 227 Sachs, Milan BOX 227 Sachse, Leopold BOX 227 Sack, Erna BOX 227 Sacks, Stuart BOX 227 Sadero, Geni BOX 227 BOX 227 Saeverud, Harald BOX 227 Safonov, Vasili BOX 227 BOX 227 BOX 227 Salabert, Francis BOX 227 Salas Viu, Vicente (see Viu, Vicente Salas) BOX 227 Sales, Pietro P. BOX 227 Saleski, Gdal BOX 227 Salette, Joubert de la BOX 227 Salgado, Luis H.
The Biot-Savart Law Equation (3.150) is known as the ``Biotsavart law after the French physicistsJean Baptiste Biot and felix savart; it completely specifies the magnetic http://farside.ph.utexas.edu/teaching/em1/lectures/node36.html
Extractions: where use has been made of the vector identity . Equation (3.150) is known as the ``Biot-Savart law'' after the French physicists Jean Baptiste Biot and Felix Savart; it completely specifies the magnetic field generated by a steady (but otherwise quite general) distributed current. Let us reduce our distributed current to an idealized zero thickness wire. We can do this by writing
Skolavpohode.cz Nemcina. Umení. Zemepis. ZSV. Polete nám materiál Polete nám pripomínku.Titulní stránka Matematika Lexikon, savart, felix (1791 1841) http://www.skolavpohode.cz/clanek.asp?polozkaID=3909
Skolavpohode.cz Lex, Rydberg, Johannes Robert (1854 1919), zaregistruj se - uvidíto. Lex, savart, felix (1791 - 1841), zaregistruj se - uvidí to. http://www.skolavpohode.cz/prehled.asp?predmetID=5&start=1
Tem5.3. Translate this page 1819, donde la aguja de la brújula se desviaba a causa de la presencia de un conductorportador de corriente, Jean Baptiste Biot y felix savart informaron que http://www.itlp.edu.mx/publica/tutoriales/electymagnet/tem5_3_.htm
Extractions: 2. La magnitud dB es inversamente proporcional a r , donde r es la distancia desde el elemento hasta el punto p. 3. La magnitud de dB es proporcional a la corriente y la longitud ds del elemento. 4. La magnitud de dB es proporcional a sen , donde donde Km es una constante que en SI de unidades es exactamente 10 es otra constante, llamada permeabilidad del espacio libre. Es decir, K m X 10 7 Wb/A*m
