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English, 20.11.2020 16:30, janessa0502

A bridge suspension cable consists of 6,600 wires bundled together. The strength of each wire follows a lognormal distribution with a mean value of 0.1 kips and a coefficient of variation of 10%. The strengths of individual wires can be considered to be independent. The axial force applied on this cable is normally distributed with a mean value of 500 kips and a coefficient of variation of 10%. Compute the probability of failure of this suspension cable.

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A bridge suspension cable consists of 6,600 wires bundled together. The strength of each wire follow...

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