You would like to purchase a delayed perpetuity, which pays $2400 every year. You would like this perpetuity to start 27 years later. The asset requires you to make the same deposit every year starting from today and end a year before the perpetuity starts. How much is the deposit every year? The interest rate is at 9%. (Round to Integer)
Perpetuity amount | 2400 | ||
Interest rate | 9% | ||
PV of annuity= | 2400/9% | ||
PV of annuity= | $ 26,667 | ||
So this amount has to be paid at the beginning of 27th year | |||
FV of annuity | |||
The formula for the future value of an ordinary annuity, as opposed to an annuity due, is as follows: | |||
P = PMT x ((((1 + r) ^ n) - 1) / r) | |||
Where: | |||
P = the future value of an annuity stream | $ 26,667 | ||
PMT = the dollar amount of each annuity payment | To be calculated | ||
r = the effective interest rate (also known as the discount rate) | 9% | ||
n = the number of periods in which payments will be made | 27 | ||
FV of annuity= | PMT x ((((1 + r) ^ n) - 1) / r) | ||
$ 26,667 | PMT * ((((1 + 9%) ^ 27) - 1) / 9%) | ||
Each annual payment= | 26667/ ((((1 + 9%) ^ 27) - 1) / 9%) | ||
Each annual payment= | $ 260 |
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