Understanding the Gordon Growth Model: Calculate Intrinsic Stock Value Easily

Learn about the Gordon Growth Model (GGM), a widely-used formula to ascertain the intrinsic value of stocks based on perpetually growing dividends. Discover its applications, key principles, and limitations.

Introduction to the Gordon Growth Model

The Gordon Growth Model (GGM) offers an intuitive formula to derive the intrinsic value of stocks, centered around an infinite series of dividends growing at a constant rate. Ideal for companies featuring stable growth rates, the GGM is a simplified and popular version of the dividend discount model (DDM).

Key Highlights

  • Uses intrinsic value to assess a company’s stock.
  • Assumes perpetual existence and steady dividend growth.
  • Ideal for firms with predictable and consistent dividend increases.

Gordon Growth Model Formula and Calculation

The three fundamental components of the formula are dividends per share, the constant dividend growth rate, and the required rate of return (RoR). Here’s the GGM formula:

\begin{aligned} 
P = \frac{ D_1 }{ r - g } 
\textbf{where}, \\ 
P = \text{Current stock price} \\ 
D_1 = \text{Value of next year’s dividends} \\ 
g = \text{Constant dividend growth rate} \\ 
r = \text{Required rate of return} \\ 
\end{aligned}

Importance of the Gordon Growth Model

The GGM helps calculate a stock’s intrinsic value irrespective of market movements. By aligning computed value with current market price, investors can discern whether a stock is undervalued (potential buy) or overvalued (consider selling).

Advantages and Limitations

Benefits

  • Simplifies intrinsic value estimation.
  • Consistent with Dividend Discount Model fundamentals.

Drawbacks

  • Assumes constant dividend growth, which is rarely realistic due to fluctuating business conditions.
  • Can produce unreliable values when required rate of return meets or falls below the dividend growth rate.

Practical Example

Consider a stock priced at $110, requiring an 8% return (r). Expected dividends next year (D1) are $3, growing at 5% annually (g). Calculation:

\begin{aligned} 
p = \frac{\$3}{.08 - .05} = \$100 
\end{aligned}

This scenario suggests the stock is $10 overvalued.

Conclusion: Using the Gordon Growth Model Efficiently

The Gordon Growth Model stands out as a valuable tool to unveil a stock’s intrinsic value, fostering informed buy or sell decisions. However, investors should be mindful of its limitations, particularly the constant growth assumption.

By leveraging the GGM wisely, investors can augment their stock market strategies, ensuring sound and judicious investment decisions.

Related Terms: Dividend Discount Model, Rate of Return, Intrinsic Value, Dividends per Share.

References

  1. Stern School of Business, New York University. “Dividend Discount Models”, Pages 1-5.
  2. Stern School of Business, New York University. “Dividend Discount Models”, Page 11.

Get ready to put your knowledge to the test with this intriguing quiz!

--- primaryColor: 'rgb(121, 82, 179)' secondaryColor: '#DDDDDD' textColor: black shuffle_questions: true --- ## What is the primary purpose of the Gordon Growth Model? - [ ] Valuing bonds - [x] Valuing a company’s stock - [ ] Calculating financial derivatives - [ ] Determining forex rates ## What is the Gordon Growth Model also known as? - [x] Dividend Discount Model (DDM) - [ ] Capital Asset Pricing Model (CAPM) - [ ] Black-Scholes Model - [ ] Arbitrage Pricing Theory (APT) ## Which variable is NOT a component of the Gordon Growth Model? - [ ] Estimated dividends - [ ] Growth rate of dividends - [ ] Required rate of return - [x] Earnings Yield ## In the Gordon Growth Model, the value of the stock is often derived using which formula? - [x] D1 / (r - g) - [ ] Dividends multiplied by growth rate - [ ] Market price minus dividends - [ ] Discount rate divided by risk premium ## What is the "r" in the Gordon Growth Model formula? - [ ] Dividend yield - [x] Required rate of return - [ ] Risk-free rate - [ ] Growth rate of dividends ## In the Gordon Growth Model formula D1 / (r - g), what does "g" stand for? - [ ] Gross profit - [ ] Growth rate of debts - [x] Growth rate of dividends - [ ] Gains from assets ## Which assumption is critical for the Gordon Growth Model to work properly? - [ ] A variable growth rate - [x] A constant growth rate - [ ] A decreasing growth rate - [ ] Fluctuating interest rates ## What type of companies is the Gordon Growth Model best suited for? - [ ] Startups with no dividend history - [ ] Companies in financial distress - [x] Mature companies with stable dividend growth - [ ] Companies with inconsistent cash flows ## If a company's required rate of return decreases, what happens to the stock price according to the Gordon Growth Model? - [x] Stock price increases - [ ] Stock price decreases - [ ] Stock price remains the same - [ ] It has no effect on the stock price ## What limitation does the Gordon Growth Model have? - [ ] It accounts for changing market conditions - [ ] It considers multiple growth phases - [x] It assumes constant perpetual growth rates - [ ] It adapts to cyclical earnings