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According to Communications Industry Forecast & Report, the average person watched 4.55 hours of television per day in 2005. For a random sample of

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According to Communications Industry Forecast & Report, the average person watched 4.55 hours of television per day in 2005. For a random sample of 20 people the reported average number of hours of television watched per day for last year was 4.76. Assume the population of television viewing is normally distributed with a standard deviation of 2.297 hours. At the 10% significance level, do the data provide sufficient evidence to conclude that the amount of television watched per day last year by the average person differed from that in 2005? Perform a p-value test. Hypotheses: Ho: Ha: hours per day hours per day Test statistic: Round to the nearest thousandth: P-value: D Test statistic: Round to the nearest thousandth: P-value: Round to the nearest ten-thousandth: p = Decision: Interpretation: the null hypothesis.

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