Suppose serious sleep deprivation (SSD) refers to a student who has no more than 6 hours of sleep per night on average. It is known that 25% (p) of college students reported 6 hours or less sleep per night on average. A random sample of 100 students is taken and its sample proportion p, is computed. What is the probability that the sample proportion p, of the seriously sleep-deprived (SSD) students in the sample of 100 students is less than O0.26? Assume the standard error of proportion of 0.03. (Round to 4 decimals)

A First Course in Probability (10th Edition)
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Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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Suppose serious sleep deprivation (SSD) refers to a student who has no more
than 6 hours of sleep per night on average. It is known that 25% (p) of college
students reported 6 hours or less sleep per night on average. A random sample
of 100 students is taken and its sample proportion p, is computed. What is the
probability that the sample proportion p, of the seriously sleep-deprived (SSD)
students in the sample of 100 students is less than 0.26? Assume the standard
error of proportion of 0.03. (Round to 4 decimals)
0.2307
Transcribed Image Text:Suppose serious sleep deprivation (SSD) refers to a student who has no more than 6 hours of sleep per night on average. It is known that 25% (p) of college students reported 6 hours or less sleep per night on average. A random sample of 100 students is taken and its sample proportion p, is computed. What is the probability that the sample proportion p, of the seriously sleep-deprived (SSD) students in the sample of 100 students is less than 0.26? Assume the standard error of proportion of 0.03. (Round to 4 decimals) 0.2307
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