Star Appliance Company B
Executive Brief This proposal accounts for the new debt and equity mix of Star Appliances by estimating the company’s cost of equity. The methods used include the dividend discount model, the earnings/price model, and the CAPM model. After analyzing all three possibilities, it is apparent that the CAPM model provides the most accurate estimate of Star Company’s cost of capital because it accounts for the beta. Using the CAPM model, the new Star Company cost of equity is calculated as 9.4% and the WACC is determined to be 9.14% at the 9.5% debt rate. In addition to the estimation of the cost of equity, Star Appliance Company is also considering increasing their current debt ratio of 9.5% to the industry
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To calculate the new cost of equity for Star, the risk-free rate is added to the product of the beta and the risk-premium. Star’s new cost of equity is 9.4% (Appendix A). Given that the cost of equity is 9.4% and the cost of debt is 12.2%, Star’s cost of capital can be calculated as 9.14% (Appendix B). The company was also considering raising the cost of debt to the industry average of 19%. At this cost of debt, Star Company would have a lower cost of capital of 8.24% (Appendix B) because interest on debt capital is deductible whereas dividend payments on equity capital are not. At the new WACC of 19%, the home appliance and agricultural machinery projects are valued based on their inherent levels of risk. The beta of the industry average home appliance project is 0.95, whereas the beta for the industry average agricultural machine project is calculated as 0.88. CAPM was then employed to find the cost of capital of each project. The cost of capital for the home appliance and agricultural machinery projects were found to be 10.4% and 9.92%, respectively (Appendix B). This analysis allows Star Company to allocate funds to projects that create returns greater than the industry cost of capital for each specific project. The IRR of the home appliance project is 11.29% and the IRR of the agricultural machinery project is 10.70%, which are both greater than the calculated cost of capitals. Therefore, in
* We already know the new is the interest rate of debt (5.5%). We use the average industry level (40.1%) as ATC’s D/E ratio like discussed in case page 7. By, we can get the new (9.46%).
For the purpose of calculating the net present value of the project, an appropriate cost of capital has to be calculated at which free cash flows of the project should be discounted. Since the project will be solely financed by selling new shares, cost of equity will be used as the discount rate. Beta for the company can be assumed to be equal to average of the betas of the competitors of the company. This average beta value comes out to be 1.2. Risk free rate is 0.17% while risk premium has been estimated to be 6%. Thus by putting these values in CAPM formula, we can find the cost of equity for the company which is 7.39%.
The cost of equity is the theoretical return that equity investors expect or receive from the company for investing their funds in the company. The risk free rate that is the Government Treasury bill rate is 3.1%, the market risk premium is 7% and the beta has been calculated as
We use Capital Asset Pricing Model (CAPM) approach to calculate the cost of equity. The formula of CAPM is re = rf + β × (E[RMkt] – rf).
The cost of equity was found using CAPM, with the given market risk premium of 5%, a beta of .88, and risk-free rate of 4.03%. The beta was found by running a regression of Southwest’s percent change in stock price versus the S&P 500’s percent change in stock price for two years (June 28, 2000 to June 28, 2002). The risk-free rate was the return on a ten-year treasury note issued on June 28, 2002, according to the U.S. Treasury’s website. The tax rate of 39% was used to account for tax savings from leverage. In order to calculate the firm’s leverage, the market value of equity was found from the price per share on July 24, 2002 (Yahoo Finance) and the shares outstanding on the balance sheet of the July 10-Q report, as shown in Exhibit X. The debt value was approximated at the book value since data could not be found regarding its market value. This analysis resulted in a debt weight of 11.74% and equity weight of 88.26%. The final approximation for the weighted average cost of capital was 8.64%.
As Pleasure Craft Inc. has publicly held debt; we determined the cost of debt to be the yield to maturity on the outstanding debt on the outboard motor project, so using a financial calculator we establish the YTM to be equal to 2.4827%. Because this is a Semi- annual compounding, rd = YTM * 2 = 4.9654%; for the cost of equity (Rf + β (Rm - Rf)): 12.8420%. The WACC is the discount rate of the projects WACC = rd * (1- Td) * D/V + (re * E/ V) = 4.9654% (1- 35%) * 30% + 12.8420% * 70% = 0.0996, so the WACC is determined to be 9.96% for outboard motors project. The NPV of this project is positive and equal to $35,630,973.63, the IRR for the outboard motors has calculated to be 8%. From these calculation we can know the project’s beta is lower than project front- end loader project and the risk is lower also; from the decision rule the NPV > 0 and IRR > R, so we choose the outboard motor project.
Star Appliance is looking to expand their product line and is considering three different projects: dishwashers, garbage disposals, and trash compactors. We want to determine which project would be worth doing by determining if they will add value to Star. Thus, the project(s) that will add the most value to Star Appliance will be worth pursuing. The current hurdle rate of 10% should be re-evaluated by finding the weighted average cost of capital (WACC). Then by forecasting the cash flows of each project and discounting them by the WACC to find the net present value, or by solving for the internal rate of return, we should be able to see which projects Star should undertake.
The mixture of debt-equity mix is important so as to maximize the stock price of the Costco. However, it will be significant to consider the Weighted Average Cost of Capital (WACC) as well so that it can evaluate the company targeted capital structure. Cost of capital (OC) may be used by the companies as for long term decision making, so industries that faced to take the important of Cost of capital seriously may not make the right choice by choosing the right project(Gitman’s, ).
To find the cost of equity we used the formula rs = rRF + beta*MRP in which rRF2002 = 5.86% and the Market Risk Premium (MRP) = 5% as calculated by the Southwest Airlines finance department. We then calculated the beta for Southwest Airlines based on a regression analysis of five-year monthly returns on Southwest stock from January 1997 to January 2002, compared with the S&P 500 returns over the same period. This regression analysis indicated that Beta = .2219. Therefore,
At first, WACC and CAPM was attempted to be used as a source of cost of capital. However, for WACC, there is no available proportion of debt and cost of debt for MW. For CAPM, no available data seems to support the acceptable
Risk Free Rate: The six-month and 30-year treasury rates given imply a fairly flat yield curve. Due to the relatively short forecast period and the short-term risk characteristics of this industry, the model uses the six-month rate as the risk free rate in calculating the cost of equity.
Cost of Equity is the return that stockholders require for a company. A company’s cost of equity represents the compensation that the market demands in exchange for owning the assets and bearing the risk of ownership. Based on capital markets the cost of equity varies in direct relation to the assumed risk in that specific market. The distinctive of the firm is the sensitivity to market risk (β) which depends on everything from management to its business and capital structure. Therefore past performances and present conditions have a direct effect on the overall value. Applying calculations at a divisional level allows specified markets to be analysis based on present market conditions for that service or product. The formula used to calculate Cost of Equity is:
As Star River is a private company and has not issued stock, we need to make several assumptions when calculating market value of equity and price of equity. Analysis of similar companies reveals that Wintronics, Inc. and STOR-Max Corp. are the most similar firms in the market. To calculate Star River’s market value of equity I used market to book value method. I found M/B for Wintronics to be 4.4 (market price per share/book value per share) and 3.9 for STOR-Max. an average M/B ratio is 4.15, so multiplying Star River’s book value of equity of 47004 by 4.15 I found Star River’s market value of equity to be SGD195,066.6M. Average beta of these two companies is 1.615. The global equity market premium is 6%, and I use 10 year Singapore T-bond yield of 3.6% as my risk free rate.
WACC = rD (1- Tc )*( D / V )+ rE *( E / V )
CPK has an equity cost of capital of 5.03% and a debt financing rate of