Many track runners believe that they have a better chance of winning if they start in the inside lane that is closest the field. For the data below, the lane closest to the field is lane 1, and so on until the outermost lane, lane 6. The data lists the number of wins for track runners in the different starting positions. Test the claim that the number of wins is uniformly distributed across the different starting positions. The results are based on 240 wins. Use a=0.05 and rejection regions.
Starting position: 1 2 3 4 5 6
No. of wins: 32 36 33 45 50 44
State the Hyp: Ho, H1
Test Value is ____ = _______
Decision:
Conclusion:
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