Kovalevskaya Sofia Vasilyevna Kovalevskaya. Born 15 Jan 1850 in Moscow, Russia Died 10 Feb1891 in Stockholm, Sweden. Sofia was attracted to mathematics at a very http://www.geocities.com/joek_bm/images/matematica/biografias/kovalevskaya.htm
Extractions: Died: 10 Feb 1891 in Stockholm, Sweden Sofia was attracted to mathematics at a very young age. Her uncle Pyotr Vasilievich Krukovsky, who had a great respect for mathematics, spoke about the subject. Sofia wrote in her autobiography: The meaning of these concepts I naturally could not yet grasp, but they acted on my imagination, instilling in me a reverence for mathematics as an exalted and mysterious science which opens up to its initiates a new world of wonders, inaccessible to ordinary mortals. When Sofia was 11 years old, the walls of her nursery were papered with pages of Ostrogradski's lecture notes on differential and integral analysis. She noticed that certain things on the sheets she had heard mentioned by her uncle. Studying the wallpaper was Sofia's introduction to calculus. In 1871 Kovalevskaya moved to Berlin to study with Weierstrass, Königsberger's teacher. Despite the efforts of Weierstrass and his colleagues the senate refused to permit her to attend courses at the university. Ironically this actually helped her since over the next four years Weierstrass tutored her privately.
Software Carpentry Relational Databases (Draft Version 281) Sofia Kovalevskaya skol Mikhail Lomonosov mlom Dmitri Mendeleev dmitri kovalev kovalevskaya sofia 1709 1 2 kovalev 1737 1 1 kovalev 1737 2 1 kovalev http://www.third-bit.com/swc/web/sql.html
Mathematicians K kovalevskaya sofia (18501891) Russia. Biography. Kovalevskaya was born into anoble Russian family and due to her gender had to overcome many obstacles in http://www.mlahanas.de/Stamps/Data/Mathematician/K.htm
Extractions: Khayyam's dates of birth and death are reported differently by various authorities. The dates for his birth range from 1021 to 1048 and for his death from 1122 to 1131. Son of a tent maker, Khayyam was a mathematician, astronomer, philosopher, and poet. He was also skilled in medicine and music. His corpus of works, consisting of two works in physics, four in mathematics, five in philosophy, and one each in geography, astronomy, history, and music reflects his wide range of interest in the sciences and the arts. He knew Arabic and Persian. Of the works mentioned above eight are in Arabic and two in Perso-Tajik. In 1077, he completed "Risala fi Sharh Ma Ashkala Min Musadarat Kitab al-Uqlidas." This work includes resolutions for a number of difficult mathematical problems; resolutions which remained unresolved for the European mathematicians until the 16th and 17th centuries.
Extractions: Save up to 50% if you register now! Moopuna: Home About Moopuna Search Help ... Register Now Go to a Section Acceptance Essays American History Animal Science Anthropology Architecture Arts Astronomy Aviation Biographies Biology Book Reports Business Chemistry Creative Writing Current Events Economics Education Engineering English Environmental Issues Ethics European History Foreign Languages Geography Government Health Care History Human Sexuality Legal Issues Marketing Mathematics Medicine Movies Music Mythology Philosophy Physics Poetry Political Issues Political Science Psychology Religion Science Shakespeare Social Issues Sociology Sports and Games Supernatural Issues Technology Theater World History Zoology Site Search: Member Services Sign In On January 15, 1850 in Moscow, Russia, Sofia Vasilyevna Kovalevskaya was born as the second child of Vasily Korvin-Krukovsky and Velizavela Shubert, both well-educated members of Russian nobility. Sofia was educated by tutors and governesses in her family's country estate in Palabino and St. Petersburg. Sofia became interested in mathematics at a very young age. Her uncle, Pyotr Vasilievich Krukovsky, spoke about mathematics to her. When Sofia was 11 years old, her nursery walls were covered with the pages of Ostrogradski's lecture notes on differential and integral analysis. She recognized parts of the papers that her uncle had mentioned. The papers were her introduction into calculus.
Kovalevskaya Sofia Kovalevskaya was born in 1850 in Russia. She lived only 41 years but managedto become the first European woman to hold a doctorate in mathematics http://www.mckeague.com/kovo1.htm
Extractions: A Good Book To Read While reading this novel I was surprised by how close the themes that run through the book are to our experiences today. Here is what Michael Katz, translator and editor of the Norton Critical Editions, has to say about the book: This remarkable Russian novella combines contemporary social themes, elements of the author's extraordinary autobiography, and the controversial woman's question of the nineteenth-century culture. I agree with everything he as to say. The book is only 139 pages long, so if you are looking for an enjoyable short read, this is it. Sofia Kovalevskaya was born in 1850 in Russia. She lived only 41 years but managed to become the first European woman to hold a doctorate in mathematics (she was 24 at the time), and the first female member of the Russian Academy of Sciences. She had many other accomplishments as well. The postage stamp shown here was issued by Russia in 1996 to honor her.
Extractions: Referate Home Web Site Continua liceul sau facultatea in SUA - fa master-ul sau doctoratul la Universitati sau Colegii din SUA, Marea Britanie sau alte tari. CATEGORII Referate Astronomie Referate Biologie Referate Chimie Referate Desen ... Cursuri Referateweb.com. Pagina de Referate matematica. Referate, proiecte de diploma, lucrari pentru licenta, eseuri, cursuri la matematica si tot ce tine de matematica. Acest site va ofera chiar si informatia necesara pentru a continua liceul, facultatea, de a face masterul sau doctoratul in Scoli sau Universitati, Colegii din SUA, Marea Britanie sau alte tari. Titlu referat: functii cimea pe care este definit funccia sau domeniul de definicie al funccieiB mulcimea în care ia valori funccia sau domeniul valorilor funcciei sau codomeniul funccieif lege sau procedeu sau convencief AB sau A EMBED Equation B sau xfx f definit pe A cu valori în B xA variabil independent go to referat Titlu referat: Galilei Hse numete omotetie de centru i raport u pe d Dac u , omotetia este direct, iar dac u , se numete indirect Omotetia invers omotetiei H asociaz fiecrui punct M d punctul O definit de relaciaO EMBED Equation M
Kovalevskaya Biography of sofia kovalevskaya (18501891) sofia kovalevskaya was the middlechild of Vasily Korvin-Krukovsky, an artillery general, and Yelizaveta http://www-groups.dcs.st-and.ac.uk/~history/Mathematicians/Kovalevskaya.html
Extractions: Version for printing Sofia Kovalevskaya was the middle child of Vasily Korvin-Krukovsky, an artillery general, and Yelizaveta Shubert, both well-educated members of the Russian nobility. Sofia was educated by tutors and governesses, lived first at Palabino, the Krukovsky country estate, then in St. Petersburg, and joined her family's social circle which included the author Dostoevsky. Sofia was attracted to mathematics at a very young age. Her uncle Pyotr Vasilievich Krukovsky, who had a great respect for mathematics, spoke about the subject. Sofia wrote in her autobiography:- The meaning of these concepts I naturally could not yet grasp, but they acted on my imagination, instilling in me a reverence for mathematics as an exalted and mysterious science which opens up to its initiates a new world of wonders, inaccessible to ordinary mortals. When Sofia was 11 years old, the walls of her nursery were papered with pages of
Kovalevskaya Index sofia kovalevskaya. Leigh Ellison. CONTENTS. Introduction Early Life Teen Years Berlin and Weierstrass Cauchykovalevskaya Theorem http://www-groups.dcs.st-and.ac.uk/~history/Projects/Ellison/
Extractions: Portions of this entry contributed by Roger Cooke Portions of this entry contributed by Margherita Barile Sofya Korvin-Krukoskaya, whose nickname was Sonja, was born in Moscow in 1850 the daughter of a general. She started studying mathematics books as a girl, encouraged by her paternal uncle Pyotr, but against the will of her father who, however, soon became aware of her remarkable talent and finally allowed her to take private lessons. Born in a strictly patriarchal society, she had to undergo a fictitious marriage to gain the freedom to travel, so in 1868 she married Vladimir Kovalevsky, a paleontologist and supporter of Darwinism, who had a troubled professional life and later committed suicide. In Heidelberg, Kovalevskaya received a special authorization to attend the lectures without being officially a student, since matriculation was not permitted for women. When she decided to move to Berlin to make the acquaintance of Weierstrass , she came upon even stricter rules, and Weierstrass had to teach her privately. She soon became Weierstrass's favorite pupil, as well as his friend. In this period, she wrote three mathematical papers, for which she was awarded a doctorate
Sofia Kovalevskaya An extraordinary woman, sofia kovalevskaya was not only a great In July of1874, sofia kovalevskaya was granted a Ph.D. from the University of Gottingen http://www.agnesscott.edu/lriddle/women/kova.htm
Extractions: January 15, 1850 - February 10, 1891 Kovalevskaya Stamps issued in 1951 and 1996. An extraordinary woman, Sofia Kovalevskaya was not only a great mathematician, but also a writer and advocate of women's rights in the 19th century. It was her struggle to obtain the best education available which began to open doors at universities to women. In addition, her ground-breaking work in mathematics made her male counterparts reconsider their archaic notions of women's inferiority to men in such scientific arenas. Sofia Krukovsky Kovalevskaya was born in 1850. As the child of a Russian family of minor nobility, Sofia was raised in plush surroundings. She was not a typically happy child, though. She felt very neglected as the middle child in the family of a well admired, first-born daughter, Anya, and of the younger male heir, Fedya. For much of her childhood she was also under the care of a very strict governess who made it her personal duty to turn Sofia into a young lady. As a result, Sofia became fairly nervous and withdrawntraits which were evident throughout her lifetime (Perl 127-128). Sofia's exposure to mathematics began at a very young age. She claims to have studied her father's old calculus notes that were papered on her nursery wall in replacement for a shortage of wallpaper. Sofia credits her uncle Peter for first sparking her curiosity in mathematics. He took an interest in Sofia and made time to discuss numerous abstractions and mathematical concepts with her (Rappaport 564). When she was fourteen years old she taught herself trigonometry in order to understand the optics section of a physics book that she was reading. The author of the book and also her neighbor, Professor Tyrtov, was extremely impressed with her capabilities and convinced her father to allow her to go off to school in St. Petersburg to continue her studies (Rappaport 564).
References Hypatia, Maria Agnesi, Sophie Germain, sofia kovalevskaya, Grace Chisholm Young,Emmy Noether, Ada Byron Lovelace; Keen, Linda, ed. http://www.agnesscott.edu/lriddle/women/biblio.htm
Extractions: Contains conversations with Cathleen Morawetz, Julia Robinson, and Mary Ellen Rudin. The one of Julia Robinson is a reprint of the article by Constance Reid in the College Mathematics Journal with a correction to a mathematical misstatement and with better photos. Albers, D. and C. Reid. "An Interview with Mary Ellen Rudin," College Mathematics Journal, March 1988. Alic, Margaret. Hypatia's Heritage: A History of Women in Science from Antiquity throguh the NIneteenth Century, Beacon Press, Boston. [Agnesi, Chatelet, Germain, Lovelace, Kovalevsky] Anand, Kailash K. "Hanna Neumann: A great woman mathematician from down under," Association for Women in Mathematics Newsletter, 18(1) 1988, 10-13.
Cauchy-Kovalevskaya Theorem - Wikipedia, The Free Encyclopedia In mathematics, the Cauchykovalevskaya theorem is the main local existence was proven by Augustin Cauchy, and the full result by sofia kovalevskaya. http://en.wikipedia.org/wiki/Cauchy-Kovalevskaya_theorem
Extractions: Over US$185,000 has been donated since the drive began on 19 August. Thank you for your generosity! In mathematics , the Cauchy-Kovalevskaya theorem is the main local existence and uniqueness theorem for analytic partial differential equations . A special case was proven by Augustin Cauchy , and the full result by Sofia Kovalevskaya . The Riquier existence theorem is a generalization. edit mathematics -related article is a stub . You can help Wikipedia by expanding it Retrieved from " http://en.wikipedia.org/wiki/Cauchy-Kovalevskaya_theorem Categories Mathematics stubs Partial differential equations Views Personal tools Navigation Search Toolbox What links here Related changes Upload file Special pages ... Permanent link This page was last modified 21:01, 31 May 2005. All text is available under the terms of the GNU Free Documentation License (see for details).
Extractions: Labor Law Accidents Law Bankruptcy Law Business Law ... G-I J-L M-O P-R S-U V-Z ... Mathematicians J-invariant Jacobi, Carl Gustav Jakob Jacobi identity Jacobi's elliptic functions ... Julia set K-Hyperperfect number K-fold perfect number K3 surface Kac ... Kutta, Martin Wilhelm L-function L-system La Géometrie Lafforgue ... LZW This article is licensed under the GNU Free Documentation License . It uses material from the Wikipedia article "List_of_mathematical_topics_(J-L)" Browse Liston listeria List of mathematical topics (J-L) litchee ... literalise Search Word: General Encyclopedia Legal Medical Computer Science Law Forum Embed a dictionary search in your own web page Link to Us Advertise Add to Favorites ...
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Sofia Kovalevskaya: Biography Links Links to sofia kovalevskaya s Biography Sonia Kovalevsky High School MathematicsDay References to books and articles about sofia kovalevskaya. http://www.pdmi.ras.ru/EIMI/2000/sofia/biography.html
Sofia Vasilyevna Kovalevskaya two centuries was the highly gifted Russian, sofia Vasilyevna kovalevskaya . For a parabolic equation, kovalevskaya showed that the solution may not http://www.pdmi.ras.ru/EIMI/2000/sofia/SKpaper.html
Extractions: http://home8.swipnet.se/~w-80790/Works/Kovalevs.htm Possibly the most dazzling mathematical genius to surface among women during the past two centuries was the highly gifted Russian, Sofia Vasilyevna Kovalevskaya. She was born in Moscow on January 15, 1850 (3 January on the 19th century Russian Calendar), into a family of diverse backgrounds and talents. Sofia was destined to become a woman of great strengths veiled by great vulnerabilities, and the contributions she made to mathematics promise to be enduring ones. Her doctoral dissertation, "On the Theory of Partial Differential Equations," dealt with a rather general system of differential equations of the first order in any number of variables. Weierstrass had already given an analogous structure for total equations; Sonya's paper extended this to partial differential equations. This is a remarkable contribution which was published in Crelle's Journal in 1875. These results are still of importance today and relevant in finding solutions to differential equations with initial conditions, this is known as the Cauchy problem. What follows is a modern version of what is commonly known as the The preceding statement seems equally applicable to hyperbolic, elliptic, and parabolic equations. However, we shall see that difficulties arise in formulating the Cauchy problem for nonhyperbolic equations. Consider, for instance, the Hadamard (1935) example. The problem consists of the elliptic equation
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Sofia Vasilyenvna Kovalevskaya This mathematician s name is sofia Vasilyenvna kovalevskaya. sofia was bornJanuary 15, sofia kovalevskaya, 19thcentury woman Russian mathematician http://www.nohum.k12.ca.us/msd/mck/classrm/sheridan/sofia/sofia.htm
Extractions: The mathematician I chose for my biography was a very intelligent female, from Russia. I will be telling you about her life from birth through death. I will tell you about her contributions to the world of mathematics. I will also tell you about important things in her life. This mathematician's name is Sofia Vasilyenvna Kovalevskaya. Sofia was born January 15,
