If a drop of water is examined under a microscope, the number x of a specific type of bacteria present has been found to have a Poisson probability distribution. Suppose the maximum permissible count per water specimen for this type of bacteria is thirteen. If the mean count for your water supply is seven and you test a single specimen, is it likely that the count will exceed the maximum permissible count? Explain. (Round your bacteria value up to the nearest whole number, and round your probability to three decimal places.) --Select--- v, according to Tchebysheff's Theorem, at least three-quarters of the observations should fall between 1 bacterium and is P(x > 13) = | bacteria present, inclusive, and the exact Poisson probability You mait nood to Ico the apnr dix tablo hnolomy to ancwor thic quoction
If a drop of water is examined under a microscope, the number x of a specific type of bacteria present has been found to have a Poisson probability distribution. Suppose the maximum permissible count per water specimen for this type of bacteria is thirteen. If the mean count for your water supply is seven and you test a single specimen, is it likely that the count will exceed the maximum permissible count? Explain. (Round your bacteria value up to the nearest whole number, and round your probability to three decimal places.) --Select--- v, according to Tchebysheff's Theorem, at least three-quarters of the observations should fall between 1 bacterium and is P(x > 13) = | bacteria present, inclusive, and the exact Poisson probability You mait nood to Ico the apnr dix tablo hnolomy to ancwor thic quoction
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 11ECP: A manufacturer has determined that a machine averages one faulty unit for every 500 it produces....
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---Select--- yes or no, according to Tchebysheff's Theorem, at least three-quarters of the observations should fall between 1 bacterium ____________ and bacteria present, inclusive, and the exact Poisson probability is P(x > 13) = ______ .
Transcribed Image Text:If a drop of water is examined under a microscope, the number x of a specific type of bacteria present has been found to have a Poisson probability distribution. Suppose the maximum permissible count per
water specimen for this type of bacteria is thirteen. If the mean count for your water supply is seven and you test a single specimen, is it likely that the count will exceed the maximum permissible count?
Explain. (Round your bacteria value up to the nearest whole number, and round your probability to three decimal places.)
--Select--- v, according to Tchebysheff's Theorem, at least three-quarters of the observations should fall between 1 bacterium and|
is P(x > 13) =
bacteria present, inclusive, and the exact Poisson probability
You may need to use the appropriate appendix table or technology to answer this question.
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