Hipparchus

that contributed to the development of this area of study, which has created the official study of the relations of the sides and angles of triangles and the relevant functions of any angles. As a Greek astronomer, geographer, and mathematician, Hipparchus of Rhodes is known as the person that laid the framework for trigonometry and is famous for his incidental discovery of precession of the equinoxes. Little is known of Hipparchus’s life, but he had a great impact on the trigonometry course we

research, I decided to hone in on the contributions made by Greek scientist Hipparchus. Throughout his magnificent life, and all before the implementation of modern technology,

Geometry has always appealed to me, perhaps because of the illustrations provided for every question or the way that it’s seemingly unsolvable, yet if you understand and recognise the properties of that figure, you would then be able to solve the question with no difficulties. Therefore, I find it is important to grasp the concept of every property which is why I choose to delve further into the Ptolemy’s Theorem. The Ptolemy’s Theorem provides a relationship between the four side lengths and the

name is Hipparchus. Hipparchus is a greek astronomer, mathematician and geographer. Hipparchus brought 3 contributions models, another math formula, and a method of prediction. He proposed around 250 BC, the Earth went around the Sun. If you want to find out more about this astronomer keep reading and you’ll find out about his life and about his contribution to this Earth. Also to the mathematical world by bringing another form of math into the equation. Around 190 BC Hipparchus was born

Hipparchus was born in 190 B.C. in Nicaea, Bithynia, and died in 120 B.C. Due to this , there is not a lot information on his early life. He approximately started working as an astronomer in his 30’s. Hipparchus was best known to be an astronomer, aside from that he was also a Greek mathematician and geographer. Most of the work that he did is now lost , but “Only one work by Hipparchus has survived, namely Commentary on Aratus and Eudoxus and this is certainly not one of his major works. It is

Hipparchus of Nicaea… Hipparchus of Nicaea changed the world of Math and Science for years after his final breath. Hipparchus is considered to be the father of Trigonometry, a branch of math, and to have study the orbit of the Moon and Sun determining their size and distance from Earth. Hipparchus of Nicaea is said to be one of the greatest scientist of all times. Despite his brilliancy barely anything is known about Hipparchus or his works. The information that we have on Hipparchus is second

The main astronomer they spoke about was Hipparchus. Hipparchus was a Greek astronomer, geographer, and mathematician. He is considered the founder of trigonometry but is most famous for his incidental discovery of precession of the equinoxes. The purpose of this essay was to explain my issue and how it changes my community, country, or world. To explain my issue I'll tell about Hipparchus. Hipparchus lived and worked at Rhodes around 160 BC. Hipparchus investigations is what made astronomers discover

earlier time, was used for astronomy and astrology but ended up mainly being used as a tool of navigation and to solve problems involving trigonometry, problems relating to time, and the position of the sun and stars. The astrolabe was invented by Hipparchus who lived from 190 BC - 120 BC and also made major contributions to trigonometry. Trigonometry is a type of math that involves the relations between a triangle’s angles and sides. The sextant, which superseded the astrolabe, is a tool that measures

Throughout the history of the human species people have looked up at the stars and wondered. Each individual culture, past and present, has stories and myths concerning the various features of the night sky and the constantly moving celestial objects which reside there. There are creation stories which try to explain where the Earth and the numerous stars came from. There are other stories whcih take on a less grand task and only try to explain a single celestial object. Some believe that the stars

the Romans need of survival and expertise led to the Romans practicing 19th Century farming techniques. Another Example, of science developing is Hipparchus developing trigonometry, “Hipparchus developed trigonometry when he realized that Euclid’s geometry couldn't help him with the geometry of things that were moving in space. Because Hipparchus was looking at the movement of planets, he needed mathematics that would deal with moving, changing things, not just things standing still” (Carr 2)