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Tycho Brahe Source: http://en.wikipedia.org Though they differed in the central element, the geocentric and heliocêntricos had one thing in common: the trajectories of the planets, for both were circular. Subsequently, the Danish astronomer Tycho Brahe(1546-1601) proposed a system that was a hybrid between the models of Ptolemy and Copernicus: the Earth was the center of the universe with the sun revolving around it, but the other planets were orbiting around the sun The discoveries of the Renaissance in scientific sectors aroused no interest in the masses who welcomed the outbreak literary and artistic achievements. But craft techniques and scientific techniques were gradually approaching the sixteenth century, and Francis Bacon was one of the first to be aware of the historical significance that would have the role of science in the modern world, being one of the creators of the experimental method and inductive. How was the natural order of things, it fell to the Astronomy greater immediate use of new practical applications of mathematics, taken as the main basis of science. It fell to Danish nobleman, Tycho Brahe, clarify misunderstood points of Copernican astronomy. His work was mainly systematic observations and very precise; accepting the Copernican hypothesis about rotation and orbital motion of the planets, admitted that the orbit could be oval. His successor was Kepler, who also discovered the three rules governing the ellipse, focus, areas and time of the planets around the sun. (Adapted from: CARVALHO, 1996,61-93) So one question is: Do you know what is an ellipse? The table placed in the sequence shows the representation and the main features of an ellipse. Representation of an ellipse with foci F1 and F2, its major axis and the minor axis B The eccentricity of an ellipse (e) is given by: e = F / A Observe the following ellipses with their respective eccentricities: The closer to zero the value of the eccentricity closer to a circle becomes an ellipse, until when e = 0, there will be a circle.
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Tycho Brahe (1546-1601) Izvor: http://en.wikipedia.org Iako su se razlikovali u središnji element, geocentrični i heliocêntricos imali jednu zajedničku stvar: da putanje planeta, kako za kružna. Nakon toga, Danski astronom Tycho Brahe(1546-1601) predložio je sustav koji je bio hibrid između modela Ptolomeja i Kopernika: Zemlja je bila središte svemira sa sunce vrti oko nje, ali drugi planeti su u orbiti oko sunca Otkrića renesanse u znanstvenim djelatnostima izazvala nikakav interes za mase koji su primili izbijanja književnih i umjetničkih dostignuća. No, zanatskih tehnika i znanstvene tehnike su se postupno približava šesnaestom stoljeću, i Francis Bacon je bio jedan od prvih biti svjesni povijesnog značenja koji bi imao ulogu znanosti u suvremenom svijetu, što je jedan od tvoraca eksperimentalne metode i induktivne. Kako je prirodni poredak stvari, to je pao na astronomiju veću neposrednu primjenu novih praktične primjene matematike, uzima se kao glavni temelj znanosti. To je pao na danskog plemića, Tycho Brahe, pojasniti neshvaćen točke Kopernikova astronomije. Njegov rad je uglavnom sustavna promatranja i vrlo precizni, prihvaćajući kopernikanski hipotezu o rotaciji i orbiti gibanje planeta, priznao je da je orbita mogla biti ovalni. Njegov nasljednik bio je Kepler, koji je također otkrio tri pravila koja uređuju elipsu, Focus, prostor i vrijeme od planeta oko Sunca. (Preuzeto iz: Carvalho, 1996,61-93) Dakle, jedno pitanje je: Znate li što je elipsa? U tablici su postavljeni u nizu pokazuje zastupljenost i glavne značajke elipse. Zastupljenost elipse s žarišta F1 i F2, njegova glavna os i mala osa B Ekscentricitet elipse (e) daje: e = F / Poštujte sljedeće elipse sa svojim ekscentričnosti: Bliže nuli vrijednost ekscentričnosti bliže krugu postaje elipsa, do kada e = 0, bit će krug.