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Property DescriptionEASY20% of exam

A building with a total economic life of 60 years and an effective age of 20 years has a remaining economic life of:

Correct Answer

B) 40 years

Remaining economic life is calculated by subtracting effective age from total economic life: 60 years - 20 years = 40 years. This represents the estimated period the building will continue to contribute value.

Answer Options
A
20 years
B
40 years
C
60 years
D
80 years

Why This Is the Correct Answer

Option B is correct because remaining economic life is calculated using the simple formula: Total Economic Life - Effective Age = Remaining Economic Life. In this case, 60 years (total economic life) minus 20 years (effective age) equals 40 years of remaining economic life. This calculation represents the estimated number of years the building will continue to contribute value before reaching the end of its useful life.

Why the Other Options Are Wrong

Option A: 20 years

Option A incorrectly uses the effective age (20 years) as the answer, which represents how much economic life has already been consumed, not how much remains.

Option C: 60 years

Option C incorrectly uses the total economic life (60 years) as the answer, which represents the entire lifespan of the building from new, not the remaining portion.

Option D: 80 years

Option D (80 years) incorrectly adds the total economic life and effective age together, which has no basis in appraisal methodology and exceeds the building's total economic life.

TEL-EA=REL Formula

Remember 'TEL-EA=REL' where TEL (Total Economic Life) minus EA (Effective Age) equals REL (Remaining Economic Life). Think of it as 'Tell EA to RELax' - you're telling the effective age to relax because there's still remaining economic life left.

How to use: When you see any question about remaining economic life, immediately write down 'TEL - EA = REL' and plug in the given numbers. This prevents confusion about which numbers to add, subtract, or use directly.

Exam Tip

Always double-check that your remaining economic life answer is less than the total economic life and makes logical sense - a building cannot have more remaining life than its total designed life.

Common Mistakes to Avoid

  • -Using effective age as the final answer instead of subtracting it from total economic life
  • -Adding effective age to total economic life instead of subtracting
  • -Confusing chronological age with effective age in the calculation

Concept Deep Dive

Analysis

This question tests understanding of economic life concepts in real estate appraisal, specifically the relationship between total economic life, effective age, and remaining economic life. Economic life refers to the period over which a building is expected to contribute positively to property value. Effective age represents the age of a building based on its condition and utility rather than chronological age. Remaining economic life is the future period during which the building will continue to contribute value to the property.

Background Knowledge

Economic life concepts are fundamental to the cost approach in real estate appraisal, particularly when calculating depreciation. Understanding these relationships is essential for determining how much value a building contributes to a property and estimating future depreciation patterns.

Real-World Application

Appraisers use remaining economic life calculations when applying the cost approach, particularly for insurance appraisals, tax assessments, and determining whether major renovations are economically feasible compared to replacement costs.

economic lifeeffective ageremaining economic lifecost approachdepreciation

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