Life Insurance Theory

Life Insurance TheoryThe whole life annuity is the x x time capital (1,0) + (1,1) + (1,2) + (**) In particular, the present value ofA 00 and 00 is x x 0 0 2 A = ~ and = 1 + v + v + In particular, the price ofA 00 and x 00 is x 2 A = E(~) and = E(I + v + v + This book is different from all other books on Life Insurance by at least one of the following characteristics 1 4. 1. The treatment of life insurances at three different levels: time capital, present value and price

The whole life annuity ä is the x x time-capital (1,0) + (1,1) + (1,2) + ... (**) In particular, the present value ofA 00 and ä 00 is x x 0 0 2 A = ~ and ä = 1 + v + v + ... In particular, the price ofA 00 and äx 00 is x 2 A = E(~) and ä = E(I + v + v + ...

This book is different from all other books on Life Insurance by at least one of the following characteristics 1-4. 1. The treatment of life insurances at three different levels: time-capital, present value and price level. We call time-capital any distribution of a capital over time: (*) is the time-capital with amounts Cl, ~, ... , C at moments Tl, T , ..• , T resp. N 2 N For instance, let (x) be a life at instant 0 with future lifetime X. Then the whole oO oO life insurance A is the time-capital (I,X). The whole life annuity ä is the x x time-capital (1,0) + (1,1) + (1,2) + ... + (I,'X), where 'X is the integer part ofX. The present value at 0 of time-capital (*) is the random variable T1 T TN Cl V + ~ v , + ... + CNV . (**) In particular, the present value ofA 00 and ä 00 is x x 0 0 2 A = ~ and ä = 1 + v + v + ... + v'X resp. x x The price (or premium) of a time-capital is the expectation of its present value. In particular, the price ofA 00 and äx 00 is x 2 A = E(~) and ä = E(I + v + v + ... + v'X) resp.