A sample of 90 hospital claims of X is observed where x = 5010 and s² = 49,100,100. Table 2.6 (of grouped data) was constructed in order to test the goodness-of-fit of: 1) an exponential model for X, and 2) a Pareto model for X (using the method of moments). Complete the table and perform the appropriate x² goodness-of-fit tests. Comment on the adequacy of fit.

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TABLE 2.6
Hospital claims data.
123456
3
4
Interval
0-
528
528 - 1,118
1,787
2,559
2,559 - 3,473
4,591
3,473 -
4,591 - 6,032
6,032 - 8,063
8,063 - 11,536
+∞
1,118
1,787
-
-
7
8
9
10 11,536 -
Oi (Obs) | E₁ (Exp) | E; (Pareto-MM)
14
17
9
2876757
12
4
Transcribed Image Text:TABLE 2.6 Hospital claims data. 123456 3 4 Interval 0- 528 528 - 1,118 1,787 2,559 2,559 - 3,473 4,591 3,473 - 4,591 - 6,032 6,032 - 8,063 8,063 - 11,536 +∞ 1,118 1,787 - - 7 8 9 10 11,536 - Oi (Obs) | E₁ (Exp) | E; (Pareto-MM) 14 17 9 2876757 12 4
A sample of 90 hospital claims of X is observed where x = 5010 and
s² = 49,100,100. Table 2.6 (of grouped data) was constructed in order
to test the goodness-of-fit of: 1) an exponential model for X, and 2)
a Pareto model for X (using the method of moments). Complete the
table and perform the appropriate x² goodness-of-fit tests. Comment
on the adequacy of fit.
Transcribed Image Text:A sample of 90 hospital claims of X is observed where x = 5010 and s² = 49,100,100. Table 2.6 (of grouped data) was constructed in order to test the goodness-of-fit of: 1) an exponential model for X, and 2) a Pareto model for X (using the method of moments). Complete the table and perform the appropriate x² goodness-of-fit tests. Comment on the adequacy of fit.
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