Implied Required Return
Total annualized return implied by the current market P/E for a dividend-paying stock: compounds the dividend yield with the price-appreciation return derived from market P/E, exit P/E, earnings growth, and holding period.
When to use: Use for dividend-paying stocks where part of total return comes from cash distributions rather than price appreciation alone. Compare the implied total return to your hurdle rate to gauge whether the price plus assumed yield clears the bar.
Formula
Variables
| Symbol | Name | Description | Unit |
|---|---|---|---|
| ImpliedR | Implied Required Return | Required return implied by the market price | % |
| PE | P/E Ratio | Price-to-earnings multiple | integer |
| ExitPE | Exit P/E Ratio | Expected price-to-earnings multiple at exit | integer |
| g | Earnings Growth Rate | Expected annual EPS growth as a decimal | % |
| n | Holding Period | Years held before exit | years |
| DY | Dividend Yield | Annual dividend yield as a decimal | % |
Real-Life Examples
Example 1: Dividend-Paying Compounder
Stock at 18× P/E; assume exit at 18× in 10 years, 6% EPS growth, and a 3% dividend yield. What total return is implied?
Given
Step-by-Step
A flat multiple plus 6% earnings growth gives a 6% price-implied return; compounding the 3% dividend yield lifts implied total return to 9.18%.
Example 2: High-Yield Utility
Utility at 14× P/E; assume exit at 14× in 5 years, 3% EPS growth, and a 4% dividend yield.
Given
Step-by-Step
Slow-growing utilities lean heavily on the dividend — here the 4% yield more than doubles total return vs. the 3% price-only return.
Frequently Asked Questions
Returns chain multiplicatively: a 6% price return reinvested alongside a 3% yield gives 1.06 × 1.03 − 1 = 9.18%, slightly more than the 9.00% you would get by simple addition. The multiplicative form captures the small reinvestment effect that simple addition omits.
Use the yield based on the current price (trailing dividends ÷ current price). If you expect the payout ratio or yield to drift materially over the holding period, model the dividend stream explicitly with a dividend discount model instead.
For high-yield, slow-growth stocks (utilities, REITs, telecoms) where distributions can be a meaningful slice of total return. For low-yield growth stocks the gap to the price-only return is small.