1 / 13

Calculating the Future and Present Value of Money

Calculating the Future and Present Value of Money. Future Value. FV = p • (1 + i) n Things we need to know: Interest rate = i Number of periods (years) invested = n Principal amount invested = p. Also, if the principal amount is not given, we need to know the future value = FV.

amina
Télécharger la présentation

Calculating the Future and Present Value of Money

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Calculating the Future and Present Value of Money

  2. Future Value • FV = p • (1 + i)n • Things we need to know: • Interest rate = i • Number of periods (years) invested = n • Principal amount invested = p Also, if the principal amount is not given, we need to know the future value = FV

  3. FV = p • (1 + i)n • Let’s assume that you have $1,000 to invest over a period of 5 years. Your investment is expected to earn 7% interest. • p = $1,000 • i = 7% • n = 5 Here is the formula you would use: FV = $1,000 • (1 + .07)5

  4. FV = $1,000 • (1 + .07)5 • First, calculate the factor using the rate and length portion of the formula:1.075 = 1.07 • 1.07 • 1.07 • 1.07 • 1.07 = 1.40 • Next, multiply the factor by the amount invested to determine the future value $1,000 • 1.40 = $1,400 • The answer is $1,400. What does this mean?

  5. Future Value • Based on the previous information, your $1,000 would be worth $1,400 five years from now. • This information can be useful when trying to plan for your future or purchase the luxury yacht you have been wanting.

  6. Present Value • PV = FV • 1 / (1 + i)n • Things we need to know: • Interest rate = i • Number of periods (years) = n • Future value = FV • Also, if the future value is not given, we need to know the present value = PV

  7. PV = FV • 1 / (1 + i)n • Let’s assume that you need $1,000,000 to purchase your luxury yacht. You want to purchase this yacht in five years. The rate of return is 8%. • FV = $1,000,000 • i = 8% • n = 5 • Here is the formula you would use: PV = $1,000,000 • 1 / (1 + .08)5

  8. PV = $1,000,000 • 1 / (1 + .08)5 • First, calculate the factor. This is done in two steps: • Calculate the denominator using the rate and length portion of the formula:1.085 = 1.08 • 1.08 • 1.08 • 1.08 • 1.08 = 1.469 • Divide t by the denominator calculated above to determine the factor:t / 1.469 = 0.6807 • Then, multiply FV by the factor to arrive at PV:$1,000,000 • 0.6807 = $680,700 • The answer is $680,700. What does this mean?

  9. Present Value Based on the previous information, you would need to invest $680,700 now to purchase a $1,000,000 yacht in five years.

  10. Lottery Winners Lottery winners are often faced with a big decision: Do I take the cash option, or do I take the annual payments over the course of a 25-year period? Let’s assume the lottery you have just won is valued at $34 million*, with a cash option of $16.2 million*. Using the time value of money, we can calculate which payment method would net you more money. *Taxes not included

  11. Cash Option vs. Annuity Option If you were to select the cash option, you would receive $16.2 million today. Let’s calculate what your annuity payment option would be worth today. Your annual payments would be $1,360,000 for a 25-year period ($34,000,000 / 25 years), and we will assume an interest rate of 6%.

  12. Annuity Option

  13. Cash Option vs. Annuity Option Based upon our calculations, it would be more beneficial to select the Annuity payouts. This would result in receiving an additional $1,168,560 over a 25-year period in today’s time value of money.

More Related