Claudius Ptolemy developed an elaborate theory of planetary motion. In his theory, planets travel in small cicles called epicyles while simultaneously traveling in larger circular orbits. His theory model did not fully agree with observation, although his model explain more than other theories.
This wonderful man thought up the theory of planetary motion where he found out that planets go in an elypse while they are rotating around the sun in thier orbit while going in larger circular orbits. His theory doesnt seem to work with what is observed about the planetary motions, but this theory works best to explain the phenomena rather than those based on the observations made by mankind about the orbits.
Ptolemy was a Greek astronomer proposed theory regarding the planetary motion. His theory was called Geocentric Theory of Planetary Motion. According to this theory, all the heavenly bodies like sun, stars, planets,and moons are moving around the earth, which is stationary and is taken as the centre of the universe.
He developed the theory that planetary motion when in an elypse while rotating around the sun. His theory did not work well for the planets but did for the explination of making observations out of mankind orbits.
Ptolemy was an astronomer, mathematician and geographer. He codified the Greek geocentric view of the universe, and rationalized the apparent motions of the planets as they were known in his time. Ptolemy extended Hipparchus's system of epicycles and eccentric circles to explain his geocentric theory of the solar system. Ptolemy's system involved the motions of the Sun, the Moon, and the five planets known in his time. The circle was considered as the ideal orbit.
Ptolemy was a Greek astronomer who thought of the theory of Geocentric planetary motion. He found that the planets orbit the sune in ellipses and also travel in epicycles. Epicycles are small circles that planets go in as they travel in their elliptical orbit. Ptolemy wasn't exactly right about the epicycles, but his work did help a lot of other scientists.
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Claudius Ptolemy developed an elaborate theory of planetary motion. In his theory, planets travel in small cicles called epicyles while simultaneously traveling in larger circular orbits. His theory model did not fully agree with observation, although his model explain more than other theories.
This wonderful man thought up the theory of planetary motion where he found out that planets go in an elypse while they are rotating around the sun in thier orbit while going in larger circular orbits. His theory doesnt seem to work with what is observed about the planetary motions, but this theory works best to explain the phenomena rather than those based on the observations made by mankind about the orbits.
Ptolemy was a Greek astronomer proposed theory regarding the planetary motion. His theory was called Geocentric Theory of Planetary Motion. According to this theory, all the heavenly bodies like sun, stars, planets,and moons are moving around the earth, which is stationary and is taken as the centre of the universe.
He developed the theory that planetary motion when in an elypse while rotating around the sun. His theory did not work well for the planets but did for the explination of making observations out of mankind orbits.
Ptolemy was an astronomer, mathematician and geographer. He codified the Greek geocentric view of the universe, and rationalized the apparent motions of the planets as they were known in his time. Ptolemy extended Hipparchus's system of epicycles and eccentric circles to explain his geocentric theory of the solar system. Ptolemy's system involved the motions of the Sun, the Moon, and the five planets known in his time. The circle was considered as the ideal orbit.
Ptolemy was a Greek astronomer who thought of the theory of Geocentric planetary motion. He found that the planets orbit the sune in ellipses and also travel in epicycles. Epicycles are small circles that planets go in as they travel in their elliptical orbit. Ptolemy wasn't exactly right about the epicycles, but his work did help a lot of other scientists.
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