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[parent] order of factors in infinite product (Theorem)
Theorem 1   If the infinite product $$\prod_{\nu=1}^\infty (1\!+\!c_\nu) = (1\!+\!c_1)(1\!+\!c_2)\cdots$$ of complex numbers $1\!+\!c_\nu$ is absolutely convergent, then its value, i.e. $\displaystyle\lim_{n\to\infty}\prod_{\nu=1}^n (1\!+\!c_\nu)$ does not depend on the order of its factors and vanishes only when some factor is zero.




"order of factors in infinite product" is owned by pahio.
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See Also: absolute convergence of infinite product and series, convergence of complex term series, sum of series depends on order

Also defines:  value of an infinite product

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infinite product of differences $1\!-\!a_i$ (Theorem) by pahio
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Cross-references: complex numbers, infinite product
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This is version 8 of order of factors in infinite product, born on 2004-09-22, modified 2009-01-03.
Object id is 6204, canonical name is OrderOfFactorsInInfiniteProduct.
Accessed 2743 times total.

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AMS MSC30E20 (Functions of a complex variable :: Miscellaneous topics of analysis in the complex domain :: Integration, integrals of Cauchy type, integral representations of analytic functions)

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