offshore platform is designed according to the 50+X0-year wave (rotation period), although it is planned to run the platform for 3X-years.  Calculate the probability that the platform will not be exposed to any wave exceeding its design value during its 3X-year operating

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An offshore platform is designed according to the 50+X0-year wave (rotation period), although it is planned to run the platform for 3X-years.  Calculate the probability that the platform will not be exposed to any wave exceeding its design value during its 3X-year operating life.

 

X =8

Tip: The possible results of this question are within the values given below.

 

 

0.5455

0.5939

0.6310

0.6603

0.6839

0.7034

0.7198

0.7337

0.7457

0.7561

0.1986

0.2563

0.3073

0.3520

0.3912

0.4256

0.4559

0.4829

0.5069

0.5284

 

An offshore platform is designed according to the 50+X0-year wave (rotation period),
although it is planned to run the platform for 3X-years. Calculate the probability that the
platform will not be exposed to any wave exceeding its design value during its 3X-year
operating life.
X=8
Tip: The possible results of this question are within the values given below.
0.5455
0.5939
0.6310
0.6603
0.6839
0.7034
0.7198
0.7337
0.7457
0.7561
0.1986
0.2563
0.3073
0.3520
0.3912
0.4256
0.4559
0.4829
0.5069
0.5284
Transcribed Image Text:An offshore platform is designed according to the 50+X0-year wave (rotation period), although it is planned to run the platform for 3X-years. Calculate the probability that the platform will not be exposed to any wave exceeding its design value during its 3X-year operating life. X=8 Tip: The possible results of this question are within the values given below. 0.5455 0.5939 0.6310 0.6603 0.6839 0.7034 0.7198 0.7337 0.7457 0.7561 0.1986 0.2563 0.3073 0.3520 0.3912 0.4256 0.4559 0.4829 0.5069 0.5284
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