Can you please create the excel file that will help with this simulation.

CASE 11.1 COLLEGE FUND INVESTMENT Y our next-door neighbor, Scott Jansen, has a 12-year-old daughter, and he intends to pay the tuition for her first year of college six years from now. The tuition for the first year will be $20,000. Scott has gone through his budget and finds that he can invest $300 per month for the next six years. Scott has opened accounts at two mutual funds. The first fund follows an investment strategy designed to match the return of the S&P 500. The second fund invests in short-term(one-year) Treasury bills. Both funds have very low fees. Scott has decided to follow a strategy in which he contributes a fixed fraction of the $300 to each fund. An adviser from the first fund suggested that in each month he should invest 80% of the $300 in the S&P 500 fund and the other 20% in the T-bill fund. The adviser explained that the S&P 500 has averaged much larger returns than the T-bill fund. Even though stock returns are risky investments in the short run, the risk should be fairly minimal over the longer six-year period. An adviser from the second fund recommended just the opposite: invest 20% in the S&P 500 fund and 80% in T-bills, because treasury bills are backed by the United States government. If you follow this allocation, he said, your average re turn will be lower, but at least you will have enough to reach your $20,000 target in six years. Questions I. The file CIl_Ol.xlsx contains monthly returns of the S&P 500 and Treasury bills from January 1990 through December 201 3. Suppose that in each of the next 72 months (six years), it is equally likely that any of the historical returns will occur. Develop a spreadsheet model to simulate the two suggested investment strategies over the six-year period. Plot the value of each strategy over time for a single iteration of the simulation. What is the total value of each strategy after six years? Do either of the strategies reach the target? 2. Use @RISK to simulate 1000 iterations of the two strategies over the six-year period. Create a histogram of the final fund values. Based on your simulation results, which of the two strategies would you recommend? Why? 3. Suppose that Scott needs to have $30,000 to pay for the first year^?s tuition. Based on the same simulation results, which of the two strategies would you recommend now? Why? 4. What other real-world factors might be important to consider in designing the simulation and making a recommendation? CASE 11.1 COLLEGE FUND INVESTMENT Y our next-door neighbor, Scott Jansen, has a 12-year-old daughter, and he intends to pay the tuition for her first year of college six years from now. The tuition for the first year will be $20,000. Scott has gone through his budget and finds that he can invest $300 per month for the next six years. Scott has opened accounts at two mutual funds. The first fund follows an investment strategy designed to match the return of the S&P 500. The second fund invests in short-term(one-year) Treasury bills. Both funds have very low fees. Scott has decided to follow a strategy in which he contributes a fixed fraction of the $300 to each fund. An adviser from the first fund suggested that in each month he should invest 80% of the $300 in the S&P 500 fund and the other 20% in the T-bill fund. The adviser explained that the S&P 500 has averaged much larger returns than the T-bill fund. Even though stock returns are risky investments in the short run, the risk should be fairly minimal over the longer six-year period. An adviser from the second fund recommended just the opposite: invest 20% in the S&P 500 fund and 80% in T-bills, because treasury bills are backed by the United States government. If you follow this allocation, he said, your average re turn will be lower, but at least you will have enough to reach your $20,000 target in six years. Questions I. The file CIl_Ol.xlsx contains monthly returns of the S&P 500 and Treasury bills from January 1990 through December 201 3. Suppose that in each of the next 72 months (six years), it is equally likely that any of the historical returns will occur. Develop a spreadsheet model to simulate the two suggested investment strategies over the six-year period. Plot the value of each strategy over time for a single iteration of the simulation. What is the total value of each strategy after six years? Do either of the strategies reach the target? 2. Use @RISK to simulate 1000 iterations of the two strategies over the six-year period. Create a histogram of the final fund values. Based on your simulation results, which of the two strategies would you recommend? Why? 3. Suppose that Scott needs to have $30,000 to pay for the first year^?s tuition. Based on the same simulation results, which of the two strategies would you recommend now? Why? 4. What other real-world factors might be important to consider in designing the simulation and making a recommendation