In the attached excel sheet, each student has her own wind data. Each data relates to a specific site. An assessment is required for each site based on the following items: 13.79237707 18.96451846 23.37041669 26.05226779 28.3509973 31.41596998 27.96787572 26.24382858 28.73411889 26.81851096 26.81851096 (Ctrl) 1. Show the Probability distribution f(v).Cumulative distribution F(V), average wind speed, standard deviation of wind velocity based on the real data using manual analysis? 2. Show the Weibull probability density function and Weibull cumulative distribution function of yearly wind velocity? 3. Compare the results obtained in section 2 with the results obtained if Rayleigh distribution is used? 4. Find the turbine best suited for the wind regime if four commercial wind turbines are available using Weibull distribution? ( note : estimate the capacity factor for each case) Specification Rated Power (kW) Rated velocity (m/s) Cut-in velocity (m/s) Cut-out velocity (m/s) 1 250 13.5 3.5 25 Wind Turbine 2 3 250 250 13 15 4 3 25 25 250 15 4 25 5. Propose your own wind turbine specification? In the attached excel sheet, each student has her own wind data. Each data relates to a specific site. An assessment is required for each site based on the following items: 13.79237707 18.96451846 23.37041669 26.05226779 28.3509973 31.41596998 27.96787572 26.24382858 28.73411889 26.81851096 26.81851096 (Ctrl) 1. Show the Probability distribution f(v).Cumulative distribution F(V), average wind speed, standard deviation of wind velocity based on the real data using manual analysis? 2. Show the Weibull probability density function and Weibull cumulative distribution function of yearly wind velocity? 3. Compare the results obtained in section 2 with the results obtained if Rayleigh distribution is used? 4. Find the turbine best suited for the wind regime if four commercial wind turbines are available using Weibull distribution? ( note : estimate the capacity factor for each case) Specification Rated Power (kW) Rated velocity (m/s) Cut-in velocity (m/s) Cut-out velocity (m/s) 1 250 13.5 3.5 25 Wind Turbine 2 3 250 250 13 15 4 3 25 25 250 15 4 25 5. Propose your own wind turbine specification