see the photo for detailsThe capacity of the stake supporting an electrical transmission tower is lognormal random variable with an average capacity of 1X0 tons and a variation coefficient of 3X (please type the last number of your student number instead of X). For example, if the last number of your student number is 4, the values will be 140 tons and 34%, respectively). What are the chances that the stake will remain intact under a load of 1X0 tons? (Instead of X, type the last number of your student number. For example, if the last number of your student number is 4, the value will be 140 tons) A pile loading test that is inserted during the placement of the stake indicates that the stake can support at least 85+X tons of load. What are the chances that the stake will remain intact under a load of 1X0 tons in such a situation? (Instead of X, type the last number of your student number. For example, if the last number of your student numara is 4, the values will be 89 tons and 140 tons, respectively). X=8Tip: The possible results of this question are within the values given below. Calculate the exact value of the distribution parameters for the answers. 0.44170.43980.43800.43610.43430.43250.43070.42890.42720.42540.67130.58980.54140.51080.49030.47600.46550.45750.45120.4460 Question 5) The capacity of the stake supporting an electrical transmission tower islognormal random variable with an average capacity of 1X0 tons and a variation coefficientof 3X (please type the last number of your student number instead of X). For example, if thelast number of your student number is 4, the values will be 140 tons and 34%, respectively).a) What are the chances that the stake will remain intact under a load of 1X0 tons?(Instead of X, type the last number of your student number. For example, if thelast number of your student number is 4, the value will be 140 tons)b) A pile loading test that is inserted during the placement of the stake indicates that thestake can support at least 85+X tons of load. What are the chances that the stakewill remain intact under a load of 1X0 tons in such a situation? (Instead of X, typethe last number of your student number. For example, if the last number of yourstudent numara is 4, the values will be 89 tons and 140 tons, respectively)..X=8Tip: The possible results of this question are within the values given below. Calculate theexact value of the distribution parameters for the answers.0.44170.43980.43800.43610.43430.43250.43070.42890.42720.42540.67130.58980.54140.51080.49030.47600.46550.45750.45120.4460

Let the random variable X denotes the capacity of stake supporting an electrical transmission tower.…

Answered: The capacity of the stake supporting an…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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see the photo for details

The capacity of the stake supporting an electrical transmission tower is lognormal random variable with an average capacity of 1X0 tons and a variation coefficient of 3X (please type the last number of your student number instead of X). For example, if the last number of your student number is 4, the values will be 140 tons and 34%, respectively).

What are the chances that the stake will remain intact under a load of 1X0 tons? (Instead of X, type the last number of your student number. For example, if the last number of your student number is 4, the value will be 140 tons)
A pile loading test that is inserted during the placement of the stake indicates that the stake can support at least 85+X tons of load. What are the chances that the stake will remain intact under a load of 1X0 tons in such a situation? (Instead of X, type the last number of your student number. For example, if the last number of your student numara is 4, the values will be 89 tons and 140 tons, respectively).

X=8

Tip: The possible results of this question are within the values given below. Calculate the exact value of the distribution parameters for the answers.