Many track hurdlers believe that they have a better chance of winning if they start in the inside lane that is closest to the field. For the data below, the lane closest to the field is Lane 1, the next lane is Lane 2, and so on until the outermost lane, Lane 6. The data lists the number of wins for track hurdlers in the different starting positions. Calculate the chi-square test statistic Λ 2 0 to test the claim that the probabilities of winning are the same in the different positions. Use ΅ = 0.05. The results are based on 240 wins. Starting Position 1 2 3 4 5 6 Number of Wins 4 4 3 6 3 3 5 0 3 2 4 5 Hypothesis Ho : Ha : Critical ValuesΛ2crit= and decision to reject or fail to reject Ho Concluesion about the problem statement.
Many track hurdlers believe that they have a better chance of winning if they start in the inside lane that is
closest to the field. For the data below, the lane closest to the field is Lane 1, the next lane is Lane 2, and so on
until the outermost lane, Lane 6. The data lists the number of wins for track hurdlers in the different starting
positions. Calculate the chi-square test statistic Λ 2
0 to test the claim that the probabilities of winning are the same in the different positions. Use ΅ = 0.05. The results are based on 240 wins.
Starting Position 1 2 3 4 5 6
Number of Wins 4 4 3 6 3 3 5 0 3 2 4 5
Hypothesis
Ho :
Ha :
Critical ValuesΛ2crit= and decision to reject or fail to reject Ho
Concluesion about the problem statement.
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