A wind velocity regime of a certain locality for total of 100 hours is given in...

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A wind velocity regime of a certain locality for total of 100 hours is given in table given below. Probability of wind blowing at any velocity is equal to No. of hours corresponding to wind velocity. The average electrical energy that can be harnessed from a particular wind turbine is given by the following formula. Total No. of hours Average Electrical Energy = [50x (3rd moment m3 of wind velocities)] - What is the value of electrical energy that can be attained in the given wind regime? Hours Velocity (m/sec) 20 0 30 1 20 2 15 3 10 4 55 A wind velocity regime of a certain locality for total of 100 hours is given in table given below. Probability of wind blowing at any velocity is equal to No. of hours corresponding to wind velocity. The average electrical energy that can be harnessed from a particular wind turbine is given by the following formula. Total No. of hours Average Electrical Energy = [50x (3rd moment m3 of wind velocities)] - What is the value of electrical energy that can be attained in the given wind regime? Hours Velocity (m/sec) 20 0 30 1 20 2 15 3 10 4 55

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a Hours Velocity o Probability 3rd Mean x m3 moment X m3 m3 20 02 m3 B ... View the full answer