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370
A remakable woman who contibuted to math
Her inventions included an astrolabe for measuring the positions of stars and planets. Aparatus for distilling water and an instrument for measuring the density of water.She lived in Alexandria in Egypt from 370 to 415 and lectured at the University of Alexandria on geometry, astronomy, simple mechanics, philosophy and algebra, attracting students from Europe, Asia and Africa.I think her contribution was formulas because to be able to make all these remarkable things so she would work it out. -
A important math Mathematician
One of a family of 20 children, Maria Gaetana Agnesi was born on May 16, 1718 in the Italian town of Bologna where her father was Professor of Mathematics.The curve called the Witch of Agnesi is named after her. It has the equation x 2 y =a 2( a-y). -
A talented Mathemitician
Marie-Sophie Germain (April 1, 1776 – June 27, 1831): Parisian born Germain was a passionate mathematician with a love of number theory and differential geometry. She was a self-taught mathematician who came of age during a truly unstable period in French history, Sophie will long be remembered for her mathematical contributions in the field of number theory. I think her contribution was to irrational numbers because she did a lot of things with numbers. -
A Great Mathematician
Mary Fairfax Sommerville was born in Scotland on 26 December 1780. And became a popular and influential writer on science and mathematics when interest in the subjects among the general public was high.She died in Naples in Italy on 28 November 1872. I think her contribution was to statistics. -
A dazziling Mathematician
In 1883 she became the first woman lecturer at the newly established University of Stockholm. Her greatest achievement was winning the Prix Bordin, awarded by the French Academy of Science for her paper “On the Rotation of a Solid Body about a Fixed PointFour years of work resulted in three outstanding research papers, including one of partial differential equations. They earned her a doctorate from the universityofGottingen. I think her objective was histograms she had a degree in Russia. -
One Of The Greatest Mathematicians
Dame Mary Lucy Cartwright (December 17, 1900 – April 3, 1998): An accomplished British mathematician, Cartwright led a long and distinguished career that focused on function theory. Cartwright received numerous awards and recognitions throughout her life including, the De Morgan Medal of the London Mathematical Society and the Sylvester Medal of the Royal Society. I think her contribution was to functions because she did a lot of functions. -
A wonderful Mathmitician
Julia Hall Bowman Robinson (December 8, 1919 – July 30, 1985): An American mathematician who was born in St. Louis, Robinson is known for her work regarding Hilbert’s tenth problem and the field of decision problems. She taught as a professor at Berkley and was the first female mathematician to be elected to the National Academy of Sciences. An historical first in her career included becoming president of the American Mathematical Society. I think her contribution was to Functions. -
A amzing woman
Her main contribution to mathematics.it was theinvestgationcture of non commutative algebra.In 1933 Noether left Germany for the United States where she became a university lecturer.I thinkl her objective was the line of best fit because you have investigate the line of best fit. -
A Bewidiling Mathemitician
Born in Canal Winchester, Ohio. Received her A.B. degree (first honors) from Heidelberg College, Tifton, Ohio in 1897. She was a graduate student at Bryn Mawr College from 1897 to 1899 and also did graduate work at Columbia University. She taught at Ohio State until her retirement in 1946. However, she continued to teach for two years after her retirement because of the shortage of mathematics instructors to teach the returning veterans. I think her contribution was to line of best fit -
A Wonderous Mathematicain
Sarah Flannery (born 1982, County Cork, Ireland) was, at sixteen years old, the winner of the 1999 Esat Young Scientist Exhibition for development of the Cayley–Purser algorithm, based on work she had done with researchers at Baltimore Technologies during a brief internship there. The project, entitled "Cryptography - A new algorithm versus the RSA", also won her the EU Young Scientist of the Year Award for 1999. Her book In Code (2001), co-written with her father, mathematician David Flannery,
