Problem 12-1 Calculating Life Expectancy [LO12-1]
Using Exhibit 12-2, determine the life expectancy of a 95-year-old male.

Note: Round your answer to 1 decimal place.



To determine the life expectancy of a 95-year-old male, you'll need to use the **life expectancy table** from Exhibit 12-2, which provides the expected remaining years of life for individuals of different ages.

Since I don’t have direct access to Exhibit 12-2, I can't look up the life expectancy for you. However, typical life expectancy tables for males often show that a 95-year-old male may have between 2 to 3 years of remaining life expectancy.

Please check Exhibit 12-2 for the exact value for a 95-year-old male and round it to 1 decimal place.

Let me know if you have the table, and I can help you with the calculation! Would you like any clarification or further details?

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Here are five questions you might consider next:
1. How is life expectancy generally calculated for different age groups?
2. What are the factors affecting life expectancy in different populations?
3. How does life expectancy differ between genders?
4. How do public health improvements impact life expectancy trends?
5. What are the statistical methods behind creating life expectancy tables?

**Tip:** Life expectancy increases the older a person gets because it represents the remaining expected years based on survival to a certain age.

Problem 12-1 Calculating Life Expectancy [LO12-1] Using Exhibit 12-2, determine the life expectancy of a 95-year-old male. Note: Round your answer to 1 decimal place.

Learn how to calculate the life expectancy of a 95-year-old male using life expectancy tables from Exhibit 12-2. This statistical problem involves understanding life expectancy calculations, actuarial methods, and how to apply probability theory to determine remaining life years.

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