Suppose that a response can fall into one of k = 3 categories with probabilities P = 0.4, p, = 0.3, and p, = 0.3, and n= 300 responses produce these category count: Category Observed Count 1 2 3 125...


Suppose that a response can fall into one of k = 3 categories with probabilities<br>P = 0.4, p, = 0.3, and p, = 0.3, and n= 300 responses produce these category count:<br>Category<br>Observed Count<br>1<br>2<br>3<br>125<br>80<br>95<br>Do the data provide sufficient evidence to indicate that the cell probabilities are different from those<br>specified for the three categories?<br>Use a = 0.05<br>H:<br>Category<br>Observed Count (O)<br>1<br>3<br>125<br>80<br>95<br>Expected Count (E,)<br>Test Statistic :<br>Decision Rule:<br>Conclusion:<br>p-value :<br>

Extracted text: Suppose that a response can fall into one of k = 3 categories with probabilities P = 0.4, p, = 0.3, and p, = 0.3, and n= 300 responses produce these category count: Category Observed Count 1 2 3 125 80 95 Do the data provide sufficient evidence to indicate that the cell probabilities are different from those specified for the three categories? Use a = 0.05 H: Category Observed Count (O) 1 3 125 80 95 Expected Count (E,) Test Statistic : Decision Rule: Conclusion: p-value :

Jun 05, 2022
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