| 21. | In 1665, he discovered the generalised binomial theorem and began to develop a mathematical theory that later became infinitesimal calculus.
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| 22. | This proof uses neither the Euclidean algorithm nor the binomial theorem, but rather it employs formal power series with rational coefficients.
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| 23. | :Did you check out the article on the binomial theorem, in particular the section labelled " Newton's generalized binomial theorem "?
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| 24. | :Did you check out the article on the binomial theorem, in particular the section labelled " Newton's generalized binomial theorem "?
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| 25. | In mathematics, any of the positive integers that occurs as a coefficient in the binomial theorem is a "'binomial coefficient " '.
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| 26. | :: : If I have a chance, I'll see if I can dig up a good elementary discussion of the binomial theorem.
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| 27. | He used this to extend results for the binomial theorem up to n = 12 and Pascal's triangle previously given by al-Karaji.
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| 28. | An interesting consequence of the binomial theorem is obtained by setting both variables " x " and " y " equal to one.
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| 29. | Yang worked on magic squares, magic circles and the binomial theorem, and is best known for his contribution of presenting Yang Hui's Triangle.
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| 30. | Abk Bakr ibn Mu % ammad ibn al $ usayn Al-Karaji ( c . 953-1029 ) wrote on the binomial theorem and Pascal's triangle.
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