For a special fully discrete 5-year deferred 3-year term insurance of 100,000 on (x) you are given: 1. There are two premium payments, each equal to P. The first is paid at the beginning of the first year and the second is paid at the end of the 5-year deferral period. ii. The following probabilities: SP = 0.95 9x+5 = 0.02, 9+6 = 0.03. 9x+7 = 0.04 iii. i = 0.06 Calculate Pusing the equivalence principle. A 3195 B 3345 3495 D 3645 E 3895 For a special fully discrete 5-year deferred 3-year term insurance of 100,000 on (x) you are given: 1. There are two premium payments, each equal to P. The first is paid at the beginning of the first year and the second is paid at the end of the 5-year deferral period. ii. The following probabilities: SP = 0.95 9x+5 = 0.02, 9+6 = 0.03. 9x+7 = 0.04 iii. i = 0.06 Calculate Pusing the equivalence principle. A 3195 B 3345 3495 D 3645 E 3895