Get Full Access to this Case Solution Now

Unlock Case SolutionSabrina Gupta, an investment advisor, is deciding whether to advise her clients to buy Wal-Mart’s stock. To solve this challenge, we use several valuation methods including DDM, two-stage DDM, and three-stage DDM, FCFE, and P/E ratio.

James E. Hatch; Cyrus Zahedi

Harvard Business Review (W11058-PDF-ENG)

March 15, 2011

### Case questions answered:

- 1) Estimate the value of Walmart’s stock. In order to do this, utilize the following techniques: • a Constant Growth Dividend Discount Model analysis (referred to as “Dividends in Perpetuity” in the case); • a two-stage Dividend Discount Model (i.e. a faster dividend growth rate over the next five years followed by a slower growth rate forever) and • a P/E multiple analysis (CAPM or Cost of Equity is 7.01%)
- What are the main risks associated with the price estimates derived from the DDM methodologies and from the P/E multiple methodologies?
- Would you rate Walmart as a buy, sell, or hold at that time for an investor with a three-year investment horizon?

Not the questions you were looking for? Submit your own questions & get answers.

## Valuing Wal-Mart 2010 Case Answers

This case solution includes an Excel file with calculations.

### Executive Summary – Valuing Wal-Mart 2010

We have evaluated Wal-Mart’s stock value using five methods which are DDM, two-stage DDM, three-stage DDM, P/E ratio, and FCFE. However, we choose three-stage DDM as the best method to value stock. Such a method can evaluate the stock at $89.34 while the current price is $53.45.

This means Wal-Mart’s stock price is supposed to be $89.34 instead. Therefore, the stock is actually undervalued. This leads us to the ‘BUY’ suggestion with the target price of $89.34 along with the upside of 67%.

The reason we choose three-stage DDM is, first, the firm continuously pays a dividend. Second, the data given is enough to cover the estimation which allows the more precise valuation. Third, separating dividends into three stages can lead to more punctual prediction than one or two-stage DDM. However, Wal-Mart has been increasing its dividend.

According to Informational Signaling Theory, paying more dividends also signals the manager’s confidence about cash flows. Furthermore, according to the Agency Cost Model, increasing dividend also signals that manager tends not to hoard excess cash (helps to avoid agency problem). These are also the reasons why clients should take the BUY position.

### Introduction

Sabrina Gupta, an investment advisor, is deciding whether to advise her clients to buy Wal-Mart’s stock. To solve this challenge, we use several valuation methods including DDM, two-stage DDM, and three-stage DDM, FCFE, and P/E ratio.

**1.The Perpetual Growth: Dividend Discount Model**

DDM method is used based on the assumptions as follows. First, Wal-Mart is growing with a stable growth rate. To explain, we assume that the growth rate in dividend is perpetual. Furthermore, the firm’s other performance (i.e. earnings) should grow at the same rate. Second, the growth rate must not exceed the cost of equity.

Value of Stock = D1/(k_{e}-g) = $1.21/(6.99% – 5%) = $60.82

In the case of the expected dividend, we use $1.21 (a consensual estimation from analysts). In addition, we also obtain the expected constant dividend growth rate from one respected analyst. Such a rate is 5%.

However, for the cost of equity, we use CAPM to acquire the value. In terms of the risk-free rate, we use 3.68% (long-term 10-year government bond yield.) For market risk premium, we use 5.05% (given by Bloomberg). Also, we use adjusted beta made by Bloomberg representing a forward-looking view that is 0.655. Now, we can calculate the cost of equity at 6.99%. All in all, Wal-Mart’s stock value using the DDM method is $60.82.

**2. The Two-Stage Dividend Discount Model**

The model is comprised of two stages. In the first stage, it is assumed that the firm’s dividend will grow rapidly. The second stage has a length that equals the remaining years after the first stage. In this stage, dividend growth is assumed to be lower and stable.

**a. DDM Calculation during the first stage (the year 2011 – 2015)**

In this case, the first stage is assumed to cover 5 years. In 2011, the expected dividend estimated by analysts is $1.21. In terms of growth rate, we use the earning growth rate predicted by the analysts, that is, 10.40% [See Appendix I].

For the year 2011 – 2015, we get the expected dividend as $1.21, $1.33, $1.47, $1.62 and $1.79 respectively. Therefore, we can now discount each amount to find out the present value. (Discount as 6.99% derived from CAPM. [See Page 1: DDM method].) Lastly, the total present value for the first stage is $6.03.

**b. DDM Calculation during the second stage (the year 2016 onwards)**

Stable Growth Rate = (1 – Payout Ratio)*Cost of Equity

= (1 – 45%)*6.91% = 3.80%

We use the payout ratio at maturity given by the case which is 45%. In the case of the cost of equity, we use CAPM to generate. The inputs we apply in CAPM are the same ones we used in the CAPM equation in the DDM method except for beta. In terms of beta, we do not use adjusted beta given by the case since we think, during maturity, the firm’s risk should be changed due to the new capital structure. Therefore, we un-lever the 2010 raw beta (beta = 0.483). Then, re-lever it using Wal-Mart’s 2015 projected debt to the equity that is 41%. Consequently, we get 2015 Raw Beta that is 0.46. To obtain the Adjusted 2015 Beta, we calculate this equation [See Appendix II]. The new Adjusted 2015 Beta is 0.64. We then can apply it in the CAPM equation.

(Rf = 3.68%, MRP = 5.05% and 2015 Adjusted Beta = 0.64)

Finally, we come up with the cost of equity for the maturity stage as 6.91%.

Terminal value for the second stage

= D0(1+g)/(Ke – g)

= $1.80*(1+3.80%)/(6.91% – 3.80%) = $60.03

Once we acquire terminal value, we discount it to get the…

#### Unlock Case Solution Now!

Get instant access to this case solution with a simple, one-time payment ($24.90).

After purchase:

- You'll be redirected to the full case solution.
- You will receive an access link to the solution via email.

Best decision to get my homework done faster!Michael

MBA student, Boston