Question 3. A tower is subjected to horizontal force induced by high winds. In determining the intensity of this horizontal force, the duration of winds is considered to be an important factor. It is assumed that the duration T of the wind is a random variable having a normal distribution with a mean of 5 hours and standard deviation of 2 hours. Find the following: a) The probability that the wind will be blowing for more than 7 hours. b) The probability that the wind will last less than 9 hours given that it has already blown more than 6 hours. c) Find the duration t such that P(T 1)

A First Course in Probability (10th Edition)
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Chapter1: Combinatorial Analysis
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Question 3. A tower is subjected to horizontal force induced by high winds. In determining the intensity of this
horizontal force, the duration of winds is considered to be an important factor. It is assumed that the duration T of
the wind is a random variable having a normal distribution with a mean of 5 hours and standard deviation of 2 hours.
Find the following:
a) The probability that the wind will be blowing for more than 7 hours.
b) The probability that the wind will last less than 9 hours given that it has already blown more than 6 hours.
c) Find the duration t such that P(T <t) = 2P(T >t)
Transcribed Image Text:Question 3. A tower is subjected to horizontal force induced by high winds. In determining the intensity of this horizontal force, the duration of winds is considered to be an important factor. It is assumed that the duration T of the wind is a random variable having a normal distribution with a mean of 5 hours and standard deviation of 2 hours. Find the following: a) The probability that the wind will be blowing for more than 7 hours. b) The probability that the wind will last less than 9 hours given that it has already blown more than 6 hours. c) Find the duration t such that P(T <t) = 2P(T >t)
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