Suppose it is known that among all people who went trick-or-treating, 37.3% also visited a haunted attraction. If a simple random sample of 160 people who went trick-or-treating is selected and the proportion of this samp P also visited a haunted attraction determined, if appropriate describe completely the sampling distribution of Is the sample size large enough for the Central Limit Theorem to be applied Yes because .373 160-59.68 and (1-373) 160= 100.32 are both greater than 10 Yes because .373 160-59.68 and (1-373) 160- 100.32 are both less than 10 No because .373 160-59.68 and (1-373) 160-100.32 are both greater than 10 Yes because 160 > 30

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Author:Amos Gilat
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Sampling Distribution
Suppose it is known that among all people who went trick-or-treating, 37.3% also visited a haunted attraction. If a simple random sample of 160 people who went trick-or-treating is selected and the proportion of this sample who
P
also visited a haunted attraction determined, if appropriate describe completely the sampling distribution of
Is the sample size large enough for the Central Limit Theorem to be applied
Yes because .373*160 =59.68 and (1-373)*160 = 100.32 are both greater than 10
Yes because .373*160-59.68 and (1-373)*160= 100.32 are both less than 10
No because .373*160 =59.68 and (1-373)*160 = 100.32 are both greater than 10
Yes because 160 > 30
Transcribed Image Text:Sampling Distribution Suppose it is known that among all people who went trick-or-treating, 37.3% also visited a haunted attraction. If a simple random sample of 160 people who went trick-or-treating is selected and the proportion of this sample who P also visited a haunted attraction determined, if appropriate describe completely the sampling distribution of Is the sample size large enough for the Central Limit Theorem to be applied Yes because .373*160 =59.68 and (1-373)*160 = 100.32 are both greater than 10 Yes because .373*160-59.68 and (1-373)*160= 100.32 are both less than 10 No because .373*160 =59.68 and (1-373)*160 = 100.32 are both greater than 10 Yes because 160 > 30
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