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(Created page with "You are given: i)<math> q_{80}=0.04</math> ii)<math> q_{81}=0.06</math> iii)<math>q_{82}=0.08</math> iv) Deaths between ages 80 and 81 are uniformly distributed v) Deaths between ages 81 and 82 are subject to a constant force of mortality Calculate the probability that a person aged 80.6 will die between ages 81.1 and 81.6. <ul class="mw-excansopts"><li> 0.0294</li><li> 0.0296</li><li> 0.0298</li><li> 0.0300</li><li> 0.0302</li></ul>") |
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<ul class="mw-excansopts"><li> 0.0294</li><li> 0.0296</li><li> 0.0298</li><li> 0.0300</li><li> 0.0302</li></ul> | <ul class="mw-excansopts"><li> 0.0294</li><li> 0.0296</li><li> 0.0298</li><li> 0.0300</li><li> 0.0302</li></ul> | ||
{{soacopyright|2024}} | |||
Latest revision as of 01:29, 18 January 2024
You are given:
i)[math] q_{80}=0.04[/math]
ii)[math] q_{81}=0.06[/math]
iii)[math]q_{82}=0.08[/math]
iv) Deaths between ages 80 and 81 are uniformly distributed
v) Deaths between ages 81 and 82 are subject to a constant force of mortality
Calculate the probability that a person aged 80.6 will die between ages 81.1 and 81.6.
- 0.0294
- 0.0296
- 0.0298
- 0.0300
- 0.0302
Copyright 2024. The Society of Actuaries, Schaumburg, Illinois. Reproduced with permission.