In: Finance
Charlie wants to retire in 15 years, and he wants to have an
annuity of $50,000 a year for
20 years after retirement. Charlie wants to receive the fist
annuity payment the day he
retires. Using an interest rate of 8%, how much must Charlie invest
today in order to have his
retirement annuity
| Step-1:Calculation of present value of annuity | |||||||||||
| Present Value of annuity | = | Annuity x Present Value of annuity of 1 | |||||||||
| = | $ 50,000 | x | 10.6036 | ||||||||
| = | $ 5,30,179.96 | ||||||||||
| Working: | |||||||||||
| Present Value of annuity of 1 | = | ((1-(1+i)^-n)/i)*(1+i) | Where, | ||||||||
| = | ((1-(1+0.08)^-20)/0.08)*(1+0.08) | i | 8% | ||||||||
| = | 10.6036 | n | 20 | ||||||||
| Step-2:Calculation of present value of above amount | |||||||||||
| Present Value of above amount | = | Above Amount x Present Value of 1 | |||||||||
| = | $ 5,30,179.96 | x | 0.3152 | ||||||||
| = | $ 1,67,134.83 | ||||||||||
| Working: | |||||||||||
| Present Value of 1 | = | (1+i)^-n | Where, | ||||||||
| = | (1+0.08)^-15 | i | 8% | ||||||||
| = | 0.3152 | n | 15 | ||||||||
| Thus, Required investment today is | $ 1,67,134.83 | ||||||||||