In: Finance
A 60-year old person buys a 25-year term annuity in arrears contract for a single upfront premium of $1,000,000. Interest earnt by the insurance company is assumed to be 5% over the first 10 years of the contract and then 4% for the remaining term. The amount paid in the first 10 years is two-thirds of the amount paid in the remaining 15 years. Find out the amount paid in year 1 of the contract.
Assume that select mortality applies and there is an annual fee of $20 which is paid at the time of the annuity payment
| Input Data | |
| Term of the Annuity | 25 Years | 
| Upfront premium | 1000000 | 
| Interest for first 10 years, r1 | 5% | 
| Interest for the rest 15 years,r2 | 4% | 
| Amount paid during first 10 years | 2/3 of Amount paid in next 15 years | 
| Select Mortality Fee | $ 20 per annum | 
| =P*(1-(1+r)^-n)/r | |
| Present Value of Select Mortality Fee | =(20*(1-(1.05)^-5))/.05+(20*(1-(1.04)^-15)/.04 | 
| 308.96 | |
| Present Value of an Annuity is calculated as | |
| PV = C*(1-((1+r)^-n)) where C is to be worked out | |
| r | |
| where PV is 1000000 | |
| PV of Annuity Premium-PV of Annual Select Mortality Fee | =1000000-308.96 | 
| 999691.04 | |
| Assume 'C' as the annual amount paid in last 15 years,then 2/3 C is the annual amount paid in first 10 years | |
| Applying the formula | |
| 999691.04 | [2/3C*((1-(1+5%)^-10))/5%]+[C*((1-(1+4%)^-15))/4%] | 
| ((1-(1+5%)^-10))/5% = | 7.7217 | 
| ((1-(1+4%)^-15))/4% = | 11.1184 | 
| 999691.04 | =2/3C*7.7217+C*11.1184 | 
| 999691.04 | =5.1478C+11.1184C | 
| 999691.04 | =16.2662C | 
| Hence C | =999691.04/16.2662 | 
| 61458.18 | |
| 2/3C | =61458.18*2/3 | 
| 40972.12 | |
| Hence $40,972.12 is the Year 1 annuity payment to be received | |