An advertisement for Jaguars Jeep offers new Jeeps for sale or lease. The purchase price of the Jeep is $43,240, or it can be leased for 24 months for a monthly payment of $458, with a $7,500 down payment. Under the lease option, there is a charge of 24 cents/mile for mileage above 30,000 miles for the 24 months, and a $550 security deposit, which is refundable at the end of the lease, must be deposited with the dealer. The Jeep may be purchased at the end of the lease for $29,732. All other charges (taxes, maintenance, plates, etc.) are the same under both options. Develop a simulation model to compare the net present value of buying or leasing the Jeep for 24 months. To compare the two options a number of assumptions must be made. I am assuming that:

My mileage driven over the 24 months can be approximated by an exponential distribution with a mean of 25,000 miles.

The best estimate of the interest rate over the next 24 months is a normal distribution with a mean of 8.5% and a standard deviation of 1%.

The value at the end of 24 months is the same under both options (that is, if the Jeep is purchased, the realizable value at the end of month 24 is $29,732 less 24 cents/mile for each mile over 30,000).

Attach your Excel Worksheet to illustrate how you constructed your simulation. Type a paragraph describing the findings - Use your simulation model to assess the probability that the lease option results in a lower net present value than doe purchase option.