(Reliability Analysis) Consider the following system, Assume that the lifetimes of the first and second 3 4 components are geometrically distributed with mean 2 hours (Geo(1/2)), the lifetime of the third component is geometrically distributed with mean 4 hours (Geo(1/4)) and the lifetime of the fourth component is geometrically distributed with mean 3 hour (Geo(1/3)). (a) Construct the structure function for this system. (b) Compute the probability that the system survives for more than 2 hours. (c) Compute the expected lifetime of the system.
(Reliability Analysis) Consider the following system, Assume that the lifetimes of the first and second 3 4 components are geometrically distributed with mean 2 hours (Geo(1/2)), the lifetime of the third component is geometrically distributed with mean 4 hours (Geo(1/4)) and the lifetime of the fourth component is geometrically distributed with mean 3 hour (Geo(1/3)). (a) Construct the structure function for this system. (b) Compute the probability that the system survives for more than 2 hours. (c) Compute the expected lifetime of the system.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 94E
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(Reliability Analysis) Consider the following system, Assume that the lifetimes of the first and second
components are geometrically distributed with
mean 2 hours (Geo(1/2)), the lifetime of the third component is geometrically distributed with mean 4 hours (Geo(1/4)) and the lifetime of the fourth component is geometrically distributed with mean 3 hour (Geo(1/3)).(a) Construct the structure
function for this system.
(b) Compute the probability that the system survives for more than 2 hours.(c) Compute the expected lifetime of the system.
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