Real Estate & Mortgages
Basic

Property Appreciation

Future value from an annual appreciation rate.

Formula

Vn=V0(1+g)nV_n = V_0 (1 + g)^n

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Variables

V_nValue in year n
V_0Current value
gAnnual growth rate
nYears

Example

V_0=$400k, g=3%, n=10: V ≈ $537k

How it works

This formula estimates how a property’s value changes when it grows by the same percentage each year. The key idea is compounding: after one year the value becomes bigger, and the next year the percentage growth applies to that new, higher amount, so the increases stack multiplicatively rather than adding by a fixed dollar amount. That is why the factor (1 + g) is raised to the number of years n.

When to use it

Use this when you want a simple estimate of a home or investment property’s future value under a steady annual appreciation rate. It is common in housing forecasts, long-term investment planning, and comparing how much a property might be worth after several years.

Worked example, step by step

Given: V_0 = $250,000, g = 4% = 0.04, n = 6 years Step 1: Substitute into the formula V_n = V_0 (1 + g)^n V_6 = 250,000(1 + 0.04)^6 Step 2: Simplify the growth factor V_6 = 250,000(1.04)^6 Step 3: Calculate the power (1.04)^6 ≈ 1.2653 Step 4: Multiply by the initial value V_6 ≈ 250,000 × 1.2653 V_6 ≈ 316,325 Final answer: The property is worth about $316,325 after 6 years.

Common mistakes to avoid

  • Adding the growth rate once instead of compounding it each year
  • Using 4 instead of 0.04 for a 4% growth rate
  • Forgetting that n is the number of years, not the number of months or percentage points

Did You Know?

Even a modest 3% a year nearly doubles a property's value over a 24-year span.

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Reviewed & maintained by the FormulaWon editorial teamLast reviewed September 2026