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How do you prove a number, like e or pi, to be transcendental?
Asked by: Nathan Douglass
There is no general theorem that identifies transcendental numbers to my knowledge. However, there are theorems that do so for special cases. Of these theorems, Gelfond's theorem is probably the most useful. It states: If a number 'r' is not the root of any polynomial equation with integer coefficients of any degree, then 'r' is transcendental.
Cantor proved the existence of transcendental numbers. Hermite (1873) proved that the number 'e' is transcendental. Lindemann (1882)proved that 'pi' is transcendental.
Answered by: Vince Calder, Ph.D., Physical Chemist, retired
You can find a fantastic explanation of transcendental numbers, and their history at the following website: http://mathworld.wolfram.com/TranscendentalNumber.html
Answered by: Eric Baicy, B.S., Seattle
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