8. State hypotheses for the significance test.Last year, the results of a survey at one college suggested that 28% of students smoked regularly. This year, after an intensive college-wide anti-smoking campaign, a researcher wishes to investigate whether the proportion of smokers has changed. Let p represent the proportion ofstudents who smoke regularly today. State hypotheses for a significance test, letting the alternative hypothesis reflect the possibility that the proportion of students who smoke today is different from the proportion last year.Ho: p = 28%Ha: p # 28%Ho: p > 28%Ha: p < 28%Ho: p = 28%Ha: p≥ 28%Ho: p # 28%Ha: p = 28%

Null hypothesis is the hypothesis of no difference. Alternative hypothesis is the claim being made…

State hypotheses for the significance test. Last year, the results of a survey at one college suggested that 28% of students smoked regularly. This year, after an intensive college-wide anti-smoking campaign, a researcher wishes to investigate whether the proportion of smokers has changed. Let p represent the p students who smoke regularly today. State hypotheses for a significance test, letting the alternative hypothesis reflect the possibility that the proportion of students who smoke today is different from the proportion last year. Ho: p= 28% Ha: p 28 % Ho:p> 28% Ha: p < 28% Ho: p= 28% H₂: p2 28% Ho: P * 28% H₂:p=28%

State hypotheses for the significance test. Last year, the results of a survey at one college suggested that 28% of students smoked regularly. This year, after an intensive college-wide anti-smoking campaign, a researcher wishes to investigate whether the proportion of smokers has changed. Let p represent the p students who smoke regularly today. State hypotheses for a significance test, letting the alternative hypothesis reflect the possibility that the proportion of students who smoke today is different from the proportion last year. Ho: p= 28% Ha: p 28 % Ho:p> 28% Ha: p < 28% Ho: p= 28% H₂: p2 28% Ho: P * 28% H₂:p=28%

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter4: Equations Of Linear Functions

Section4.5: Correlation And Causation

Problem 11PPS

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