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Lulu630
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  • From Mathematics: Statistics
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  • Due on Nov. 01, 2009
  • Asked on Oct 30, 2009 at 12:09:13PM
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To interpret, there were 50 days on which no credit applications were received, 77 days on which only one application was received, and so on. Would it be reasonable to conclude that the population distribution is Poisson with a mean of 2.0? Use the .05 significance level. Hint: To find the expected frequencies use the Poisson distribution with a mean of 2.0. Find the probability of exactly one success given a Poisson distribution with a mean of 2.0. Multiply this probability by 300 to find the expected frequency for the number of days in which there was exactly one application. Determine the expected frequency for the other days in a similar manner. Banner

 


   
   
   
   
 
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rpillai
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$1.00 Poisson Distribution

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  • Posted on Oct 30, 2009 at 3:13:07PM
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Preview: ... 22 27.06705665 5 0.036089409 10.82682266 6 0.012029803 3.608940886 7 0.003437087 1.031125968 8 0.000859272 0.257781492 9 0.000190949 0.057284776 Third column gives the number of days 0 application was received, 1 application recei ...

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shri21
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$5.00 To interpret, there were 50 days on which no credit applications were received

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  • Posted on Oct 31, 2009 at 01:41:56PM
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Preview: ... tach ...

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Banner Mattress and Furniture Company.xls (21K)
   
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