Let Y be a random variable. In a population, y = 138 and oy = 43. Use the central limit theorem to answer the following questions. (Note: any intermediate results should be rounded to four decimal places) In a random sample of size n = 59, find Pr (Y < 141). In a random sample of size n = 177, find Pr (140 < Y <142). In a random sample of size n = 92, find Pr (>139). Pr (Y<141) 9998 (Round your response to four decimal places) Pr(140 Y<142) = .0000 (Round your response to four decimal places) Pr (Y>139) = (Round your response to four decimal places)

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Let y be a random variable. In a population, μy=138 and o = 43. Use the central limit theorem to answer the following questions. (Note: any intermediate results should be rounded to
four decimal places)
In a random sample of size n = 59, find Pr (Y <141).
In a random sample of size n = 177, find Pr (140< <142).
In a random sample of size n = 92, find Pr (V > 139).
Pr (Y <141) = .9998
(Round your response to four decimal places)
Pr (140 Y<142) = .0000
(Round your response to four decimal places)
Pr (Y > 139) =
(Round your response to four decimal places)
Transcribed Image Text:Let y be a random variable. In a population, μy=138 and o = 43. Use the central limit theorem to answer the following questions. (Note: any intermediate results should be rounded to four decimal places) In a random sample of size n = 59, find Pr (Y <141). In a random sample of size n = 177, find Pr (140< <142). In a random sample of size n = 92, find Pr (V > 139). Pr (Y <141) = .9998 (Round your response to four decimal places) Pr (140 Y<142) = .0000 (Round your response to four decimal places) Pr (Y > 139) = (Round your response to four decimal places)
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