In: Finance
Calculate the annual cash flows (annuity payments) from a fixed-payment annuity if the present value of the 25-year annuity is $1.9 million and the annuity earns a guaranteed annual return of 13 percent. The payments are to begin at the end of seven years.
| Step-1:Calculation of value of fund 6 years from now | ||||||
| Future value of fund | = | Investment | x | Future value of 1 in 6 years | ||
| = | $ 19,00,000 | x | 2.081952 | |||
| = | $ 39,55,708.33 | |||||
| Working: | ||||||
| Future value of 1 in 6 years | = | (1+i)^n | Where, | |||
| = | (1+0.13)^6 | i | 13% | |||
| = | 2.081951753 | n | 6 | |||
| Step-2:Calculation of annual cash flows (Annuity) | ||||||
| Annual cash flows | = | Investment amount 6 years from now | / | Present value of annuity of 1 | ||
| = | $ 39,55,708.33 | / | 7.329985 | |||
| = | $ 5,39,661.18 | |||||
| Working; | ||||||
| Present value of annuity of 1 | = | (1-(1+i)^-n)/i | Where, | |||
| = | (1-(1+0.13)^-25)/0.13 | i | 13% | |||
| = | 7.329984978 | n | 25 | |||
| The question is based upon time value of money. | ||||||
| All the formulas are used based upon time value of money. | ||||||