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Frederick Bath  
  
166   02:14 مساءً   date: 14-9-2017
Author : W L Edge
Book or Source : Frederick Bath O.B.E., B.Sc. (Bristol), Ph.D.
Page and Part : ...


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Date: 18-9-2017 131
Date: 6-9-2017 257
Date: 26-9-2017 100

Born: 10 September 1900 in Islington, London, England

Died: 2 September 1982 in Dartmouth, Devon, England


At the 1901 census, Frederick Bath is with his mother, Edith Matilda Bath, living with Albert Freeman (aged 40) and Mary A Freeman (age 62) in Bath. Albert is the head of the family and Mary is described as his wife. Edith is a visitor, aged 24, living on own means. Frederick is 6 months old and was born in Islington, London. At the 1911 census they are still living in Bath at 17 Shaftesbury Avenue, Lower Weston, Bath. Edith Matilda Bath is the head of the family but now Frederick has two siblings, Catherine Bath (born about 1906) and Robert Bath (born about 1910).

Frederick Bath attended King Edward VI School in Bath, England, where he held a scholarship. After completing his secondary education there, and winning a scholarship to Bristol University, he began his studies in Bristol. There he was particularly influenced by Peter Fraser, an outstanding lecturer. Dirac, who was at the University of Bristol at about the same time as Bath, wrote the following about Fraser:-

During [my] mathematical training [1921 - 23 at the University of Bristol], the man who influenced me most was Fraser. Fraser was a mathematician who never did any research, never published anything, but he was a wonderful teacher, able to inspire his students with real excitement about basic ideas in mathematics. ... There were two things I learnt from Fraser. One of these was rigorous mathematics. ... The second thing I learned from Fraser was projective geometry. Now that had a profound influence on me because of the mathematical beauty involved in it.

Fraser had the same strong influence on Bath, and he encouraged him to undertake research at Cambridge after he had graduated with First Class Honours in Mathematics from Bristol. Bath entered King's College, Cambridge, where he undertook research with H W Richmond. Bath was awarded his doctorate from Cambridge for his thesis Researches In The Geometry Of Algebraic Curves And Surfaces.

In 1924 Bath was appointed Lecturer in Mathematics in King's College, London. He held this appointment until 1928 when he became Lecturer in Mathematics in the University of St Andrews and Assistant to the Professor of Mathematics in University College, Dundee. In December 1929 the University of St Andrews intimated that Dr Frederick Bath, Lecturer in Mathematics in University College, Dundee, had been appointed to a Carnegie Trust Teaching Fellowship. He held the lectureship in St Andrews until 1937 when he moved to Edinburgh. When Frederick Bath resigned his position in Dundee in 1936 on his appointment to Edinburgh University, Walter Ledermann filled the vacancy.

Bath taught at Edinburgh from 1937 to 1945. During these years he married Olga Heywood. The announcement of the marriage reads:-

At St George's Church, Headstone, on 4 April 1940, Frederick Bath, Edinburgh University, to Olga, daughter of Dr and Mrs H B Heywood, Harrow, Middlesex.

Two years later the birth of a daughter, one of three children, was announced:-

At Queen Mary Nursing Home, Edinburgh, on 17 May 1942, to Olga, wife of Frederick Bath, a daughter.

Bath was a member of the Edinburgh Mathematical Society, joining in June 1928. He was honoured by being elected as President of the Society for session 1938-39 and again for session 1939-40. By 1940 Britain was at war with Germany and Bath undertook war service in the Department of Health for Scotland. When the war ended in 1945 he resigned his position in the University, finding it hard to live on the poor salary, and became a Civil Servant working at the Treasury. In 1949 he became secretary to the Nature Conservancy, returning to a Civil Service position as Assistant Secretary at the Ministry of Works. He was honoured with an OBE when he retired in 1969.

Frederick Bath was elected to the Royal Society of Edinburgh on 4 March 1929, his proposers being John Edward Aloysius Steggall, Herbert Westren Turnbull, David Waterston, Herbert Stanley Allen.

An obituary, written by W L Edge, appears in the Royal Society of Edinburgh Year Book 1984, pages 167-169. 

Finally we mention that Bath published On circles determined by five lines in a plane in Proc. Cambridge Philos. Soc. 35 (1939). N A Court writes:-

The known properties of the circles of the figure are proved synthetically and very elegantly by placing the plane in a four dimensional space.


 

  1. W L Edge, Frederick Bath O.B.E., B.Sc. (Bristol), Ph.D. (Cantab.), Royal Society of Edinburgh Year Book 1984, 167-169.

 




الجبر أحد الفروع الرئيسية في الرياضيات، حيث إن التمكن من الرياضيات يعتمد على الفهم السليم للجبر. ويستخدم المهندسون والعلماء الجبر يومياً، وتعول المشاريع التجارية والصناعية على الجبر لحل الكثير من المعضلات التي تتعرض لها. ونظراً لأهمية الجبر في الحياة العصرية فإنه يدرّس في المدارس والجامعات في جميع أنحاء العالم. ويُعجب الكثير من الدارسين للجبر بقدرته وفائدته الكبيرتين، إذ باستخدام الجبر يمكن للمرء أن يحل كثيرًا من المسائل التي يتعذر حلها باستخدام الحساب فقط.وجاء اسمه من كتاب عالم الرياضيات والفلك والرحالة محمد بن موسى الخورازمي.


يعتبر علم المثلثات Trigonometry علماً عربياً ، فرياضيو العرب فضلوا علم المثلثات عن علم الفلك كأنهما علمين متداخلين ، ونظموه تنظيماً فيه لكثير من الدقة ، وقد كان اليونان يستعملون وتر CORDE ضعف القوسي قياس الزوايا ، فاستعاض رياضيو العرب عن الوتر بالجيب SINUS فأنت هذه الاستعاضة إلى تسهيل كثير من الاعمال الرياضية.

تعتبر المعادلات التفاضلية خير وسيلة لوصف معظم المـسائل الهندسـية والرياضـية والعلمية على حد سواء، إذ يتضح ذلك جليا في وصف عمليات انتقال الحرارة، جريان الموائـع، الحركة الموجية، الدوائر الإلكترونية فضلاً عن استخدامها في مسائل الهياكل الإنشائية والوصف الرياضي للتفاعلات الكيميائية.
ففي في الرياضيات, يطلق اسم المعادلات التفاضلية على المعادلات التي تحوي مشتقات و تفاضلات لبعض الدوال الرياضية و تظهر فيها بشكل متغيرات المعادلة . و يكون الهدف من حل هذه المعادلات هو إيجاد هذه الدوال الرياضية التي تحقق مشتقات هذه المعادلات.