Adrien-Marie Legendre was born in Paris (or possibly, in Toulouse, depending on sources) on 18 September 1752 to a wealthy family. He was given an excellent education at the Collège Mazarin in Paris, defending his thesis in physics and mathematics in 1770. From 1775 to 1780 he taught at the École Militaire in Paris, and from 1795 at the École Normale, and was associated with the Bureau des longitudes. In 1782, he won the prize offered by the Berlin Academy for his treatise on projectiles in resistant media, which brought him to the attention of Lagrange.
In 1783 he became an adjoint of the Académie des Sciences, and an associé in 1785. In 1789 he was elected a Fellow of the Royal Society.[2]During the French Revolution, in 1793, he lost his private fortune, but was able to put his affairs in order with the help of his wife, Marguerite-Claudine Couhin, whom he married in the same year. In 1795 he became one of the six members of the mathematics section of the reconstituted Académie des Sciences, named the Institut National des Sciences et des Arts, and later, in 1803, of the Geometry section as reorganized under Napoleon. In 1824, as a result of refusing to vote for the government candidate at the Institut National, Legendre was deprived by the Ministre de L'Intérieur of the ultraroyalist government, the comte de Corbière, of his pension from the École Militaire, where he had served from 1799 to 1815 as mathematics examiner for graduating artillery students. This was partially reinstated with the change in government in 1828 and in 1831 he was made an officer of the Légion d'Honneur.
He died in Paris on 9 January 1833, after a long and painful illness. Legendre's widow made a cult of his memory, carefully preserving his belongings. Upon her death in 1856, she left their last country house to the village of Auteuil where the couple had lived and are buried.
His name is one of the 72 names inscribed on the Eiffel Tower.
he made geometry and theroms
brahmagupta's contribution to mathematics
Pythagoras contribution to geometry was the Pythagorean theorem, which states the square of the hypotenuse equals the sum of the squares of the other two sides of the triangle.
Plato's contribution to geometry was talking about how geometrical diagrams were imperfect imitations of the perfect mathematical objects that they represent. He felt that mathematics provided the perfect training for the mind.
Euclidean geometry, non euclidean geometry. Plane geometry. Three dimensional geometry to name but a few
he made geometry and theroms
brahmagupta's contribution to mathematics
I like geometry. It gives me pleasure in my life. how about you.
KOLOTERORITA
Pythagoras contribution to geometry was the Pythagorean theorem, which states the square of the hypotenuse equals the sum of the squares of the other two sides of the triangle.
Wikipedia has no reference of Democritus' contribution to Trig. He contributed to Atomic theory, and to Geometry. Some Geometry and Trig. topics overlap, so maybe that is what you are referring to.
His contributions to projective geometry.
He introduced coordinated geometry
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Major contributions of the plato in geometers
solved pi...
Aristotle considered geometry one of the most important sciences, and did some work with point and line planar geometry. He also used geometry as a way into sciences where he did more work, like optics and mechanics.