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Convergent/Divergent

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determine whether the series 1 + 1/2^5 + 1/3^5 + 1/4^5 +...is convergent or divergent?

How do I tell the difference?

  • Convergent/Divergent - ,

    do the ratio test:

    ratio (An+1)/An=

    the series is SUM (1/n)^5 for n=1>inf

    ratio [(1/n+1)/ (1/n)]^5=(n/(n+1))^5 which is less than 1, so the series converges. This means, if you add all the terms, the sum will be a finite q

  • Convergent/Divergent - ,

    do the ratio test:

    ratio (An+1)/An=

    the series is SUM (1/n)^5 for n=1>inf

    ratio [(1/n+1)/ (1/n)]^5=(n/(n+1))^5 which is less than 1, so the series converges. This means, if you add all the terms, the sum will be a finite quanity. If the ratio had been 1 or greater, the series would have been divergent.

    http://abacus.bates.edu/acad/acad_support/msw/convergence_tests.pdf

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