Mathematics, 14.04.2020 18:00 ddmoorehouseov75lc
Suppose two components are connected in a series, so that the whole system works if and only if both components work. Each component consists of two units connected in parallel, so that the component works as long as either unit works. ii Thus we have 2 components attached to each other (both must work), with each component comprising of 2 units (at least 1 unit must work for single component to work). Assume all units are independent and fail with probability p (work with probability 1 − p). Also assume the components are independent of each other. What is the probability the whole system works? Hint: The probability a single component will work is equal to one minus the probability of the component not working (which occurs when both units within component dont work).
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An angle that measures between 90 and 180° is called a(,
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Liz is shipping a package to her friend. the maximum weight of a medium flat-rate box is 20 pounds, including the box which weighs 6 ounces. write and solve an inequality to describe the possible weight in pounds, w, of the contents that liz will ship to her friend if she must use a medium flat-rate box. use the drop-down menus to explain your answer.
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Suppose two components are connected in a series, so that the whole system works if and only if both...
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