Question: Problem 3. Assume continuous time for any calculation (4 decimal places) Today A risk analyst looks for hedging alternatives for FINAMEXO's position in the investment
Problem 3. Assume continuous time for any calculation (4 decimal places)
Today A risk analyst looks for hedging alternatives for FINAMEXO's position in the investment portfolio.
| Asset | Price | Avg Price | Std. Dev | Variance | Securities | ||
| FINAMEXO | 35.8 | 35.8358 | 0.2759 | 0.07612081 | 228,000 | ||
| Price | Size contract | CORR with FINAMEXO | COV with FINAMEXO | Variance | |||
| E1 - IPC Futures Contract | 30.2 | 250 | 0.44 | 15.867 | 0.0132 | ||
| E2 - S & P500 Futures Contract | 2400.1 | 45 | 0.212 | 4.1189 | 0.0119 | ||
| E3 - ASDAQ Futures Contract | 7421.3 | 25 | 0.391 | 10.9771 | 0.0294 | ||
Based on the calculation of the coverage ratio, what is the optimal number of contracts in each scenario?
# Optimum of contracts # Optimum of contracts # Optimum of contracts
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