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Thus, the second law may be stated as follows: "A line joining a planet and the Sun 'sweeps' equal areas in equal times." Kepler's third law states that: "The ratio of the square of the orbital period of the planet (symbol T) and the cube of the average radius (r symbol) of its orbit is a constant." This means, simply, that the farther from the sun is the planet, the greater its period of revolution, independent of the mass of the planet. Kepler actually "matematizou" Copérnico the observation, as shown in equation 1: ACTIVITY Although Kepler introduced the first mathematical relationships describing the motion of the planets, according to Marcelo Gleiser, Brazilian physicist and professor of astronomy, the elements of your system correspond still a manifestation of religious faith: God Almighty, the Sun was at the center the Son was represented by the sphere of the fixed stars and the Holy Spirit was responsible for celestial motions. For Kepler, the outer planetsmoved more slowly because the power of the Sun decreased in inverse proportion to the distance. Answer: Kepler is "heliocentrista", ie, he took the divine character of the Earth. But why, anyway, the elements of your system still retained the religious mysticism? What is the reason of their conflict? Little short Kepler conceptualize "gravitational force". But there were three key issues that instigated the cultural environment of the time. What caused the fall of objects near Earth's surface? What is the relationship between the movements of the planets and bodies near the Earth's surface? Who would satisfactorily address these issues? In the seventeenth century Isaac Newton was born in 1643 according to the Gregorian calendar. In 1661, he began his studies at Cambridge, where teachingfocused on Aristotelian philosophy. The important thing, however, was not the date of birth, but the fact that Newton was born in splendor, because he could use the work, not only of Galileo, but other pioneers of modern science, such as Kepler, who died twelve years before, and Descartes, who worked actively in the Netherlands.
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Dakle, drugi zakon može biti navedeno kako slijedi: "Crta koja povezuje planeta i Sunca 'osvaja' jednaka područja u jednakom vremenu." Keplerovim treći zakon kaže da: "Omjer trgu orbitalni period od planeta (simbol T) i kocka od prosječnog radijusa (r simbol) u svojoj orbiti je konstantna." To znači, jednostavno, da je dalje od sunca je planet, to je veća njegova razdoblje revolucije, neovisno od mase planeta. Kepler je zapravo "matematizou" Copérnico promatranje, kao što je prikazano u jednadžbi 1: AKTIVNOST Iako Kepler predstavio prvi matematičkih odnosa koji opisuju gibanje planeta, prema Marcelo Gleiser, brazilski fizičar i profesor astronomije, elementi sustava odgovaraju uvijek očitovanje vjere: Bog Svemogući, Sunce je u središtu Sin je zastupao sferi fiksne zvijezde i Duh Sveti bio odgovoran nebeske pokrete. Za Keplera, vanjskih planetapreselio sporije, jer moć Sunca smanjena u obrnutom razmjeru s udaljenosti. Odgovor: Kepler je "heliocentrista", odnosno, on je božanski karakter Zemlje. Ali zašto, svejedno, elementi sustava i dalje zadržao vjerski misticizam? Koji je razlog njihovog sukoba? Malo kratko Kepler pojmiti "gravitacijsku silu". No, tu su tri ključna pitanja koja su podizala kulturnom ambijentu vremena. Što je uzrokovalo pad od objekata u blizini Zemljine površine? Kakav je odnos između kretanja planeta i tijela u blizini Zemljine površine? Tko bi na zadovoljavajući način riješiti ta pitanja? U sedamnaestom stoljeću Isaac Newton je rođen u 1643 prema gregorijanskom kalendaru. Godine 1661, on je počeo njegov studija na Cambridgeu, gdje se nastavausmjerena na Aristotelovu filozofiju. Važno je, međutim, nije bio datum rođenja, ali je činjenica da je Newton rođen je u punom sjaju, jer je mogao koristiti djelo, ne samo od Galilea, ali i drugih pionira moderne znanosti, kao što je Kepler, koji je preminuo dvanaest godina prije, i Descartes, koji je radio aktivno u Nizozemskoj.