Revision as of 17:44, 20 November 2023 by Admin (Created page with "'''Solution: D''' Under either scenario, the company will have 822,703(0.05) = 41,135 to invest at the end of each of the four years. Under Scenario A these payments will be invested at 4.5% and accumulate to <math display = "block">41,135 s_{\overline{4}|0.055} = 41,135(4.2782) = 175,984.</math> Adding the maturity value produces 998,687 for a loss of 1,313. Note that only answer D has this value. The Scenario B calculation is <math display = "block">41,135s_{\overline...")
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Exercise


Nov 20'23

Answer

Solution: D

Under either scenario, the company will have 822,703(0.05) = 41,135 to invest at the end of each of the four years. Under Scenario A these payments will be invested at 4.5% and accumulate to

[[math]]41,135 s_{\overline{4}|0.055} = 41,135(4.2782) = 175,984.[[/math]]

Adding the maturity value produces 998,687 for a loss of 1,313. Note that only answer D has this value. The Scenario B calculation is

[[math]]41,135s_{\overline{4}|0.055}=41,135(4.3423)=178,621+822,703-1,000,000=1,324. [[/math]]

Copyright 2023 . The Society of Actuaries, Schaumburg, Illinois. Reproduced with permission.

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