kindly just do the question 5 only

1. "Group, where you put all students' name. 2. Data, where you put all daily pricing info and Rf info 3. Ret, where you compute daily returns in the left half. In the right half, pls report E(ret) and var-cov you compute in step 1. Also report here the 3rd and 4th moments 4. VaR, where you rank daily return observations ascendingly and use interpolation to compute VaR 5% for each stock. This is from #2. 5. MVP2, where you follow #3 and compute the weights of the two stocks for global MVP using 2 best performing stocks 6. O2, where you follow # 4 and compute the weights of the two stocks for global O using 2 best performing stocks. 7. IOS," where you follow #5, showing all 50 data points in a separate table and a half- moon-shaped IOS/EF and CAL. 8. Summary, which just put together all relevant numbers from #7. The table should show the weights for individual stocks as well as the risk, ret, and SR for global MVP and O. 1. "Group, where you put all students' name. 2. Data, where you put all daily pricing info and Rf info 3. Ret, where you compute daily returns in the left half. In the right half, pls report E(ret) and var-cov you compute in step 1. Also report here the 3rd and 4th moments 4. VaR, where you rank daily return observations ascendingly and use interpolation to compute VaR 5% for each stock. This is from #2. 5. MVP2, where you follow #3 and compute the weights of the two stocks for global MVP using 2 best performing stocks 6. O2, where you follow # 4 and compute the weights of the two stocks for global O using 2 best performing stocks. 7. IOS," where you follow #5, showing all 50 data points in a separate table and a half- moon-shaped IOS/EF and CAL. 8. Summary, which just put together all relevant numbers from #7. The table should show the weights for individual stocks as well as the risk, ret, and SR for global MVP and O