Weibull distribution. The following are complete data representing the number of days until the first failure...

 

Transcribed Image Text:

Weibull distribution. The following are complete data representing the number of days until the first failure of the Gord Motor Company's new automobile, the Stallion. 200.6 341.7 119.7 118.9 370.6 693.7 837.5 174.1 544.0 9.4 521.8 133.7 211.7 38.4 1053.3 387.5 297.4 122.3 1060.9 196.9 212.1 418.9 61.1 323.3 229.5 112.4 161.2 80.0 321.5 171.3 58.9 400.4 244.1 200.5 555.2 91.0 133.2 80.8 89.4 113.7 (a) Compute the MLE parameters. (b) Determine the goodness-of-fit (chi-square and other appropriate tests) for the indicated distributions. Weibull distribution. The following are complete data representing the number of days until the first failure of the Gord Motor Company's new automobile, the Stallion. 200.6 341.7 119.7 118.9 370.6 693.7 837.5 174.1 544.0 9.4 521.8 133.7 211.7 38.4 1053.3 387.5 297.4 122.3 1060.9 196.9 212.1 418.9 61.1 323.3 229.5 112.4 161.2 80.0 321.5 171.3 58.9 400.4 244.1 200.5 555.2 91.0 133.2 80.8 89.4 113.7 (a) Compute the MLE parameters. (b) Determine the goodness-of-fit (chi-square and other appropriate tests) for the indicated distributions.

Answer rating: 100% (QA)

Answer Solution The probability plot is 99 90 80 70 60 50 ... View the full answer