With a lease, often there is an amount to be paid up-front and an option to buy at the back-end. A company is leasing a machine for 4 years. Monthly payments are $2,400; an additional $2,400 payment at the beginning of the leasing period replaces the final payment. The leasing agreement includes an option to buy the machine for $15,000 at the end of the leasing period. What is the capitalized value of the lease, assuming that the interest rate paid to borrow the funds is 18% compounded monthly?
Part 1: Find the present value of the payments
| Variable | Enter |
| Clear | |
| Pmt Timing | Beg |
| Future Val | 0 |
| Payment | -2,400 |
| Intrst/Yr% | 18.0 |
| Periods | 47 |
| Periods/Yr | 12 |
| Cmpnds/Yr | 12 |
Periods is 4 years at 12 periods per year less 1 advance payment. Compute Present Val by scrolling to its variable and choosing Calculate from the menu.
Calculating shows present value equal to $81,735.58. Choose Show Calculator from the template's menu, choose Template:Recall from the Calculator menu and save it to memory.
Part 2: Present value of the buy option
| Variable | Enter |
| Future Val | -15,000 |
| Payment | 0 |
| Periods | 48 |
Compute Present Val by scrolling to its variable and choosing Calculate from the menu.
Calculating shows present value equal to $7,340.43.
Part 3: Calculate
Choose Show Calculator from the template's menu. Choose Template:Recall from the Calculator menu, add it to the present value of the payments stored in the calculator memory (from Part 1) and $2,400 for the advanced payment.
The present value of the lease is $91,476.00.