Ch.14 (Problems and Solutions) 36. Net operating income The Congress Company has identified two methods for producing playing cards. One method involves using a machine having a fixed cost of $10,000 and variable costs of $1.00 per deck of cards. The other method would use a less expensive machine (fixed cost = $5,000), but it would require greater variable costs ($1.50 per deck of cards). If the selling price per deck of cards will be the same under each method, at what level of output will the two methods produce the same net operating income? a. 5,000 decks b. 10,000 decks c. 15,000 decks d. 20,000 decks e. 25,000 decks 36. Answer: b Diff: M Total costMethod 1 = $1.00(Q) + …show more content…
Aaron estimates that if it had no debt its beta would be 1.0. (Its “unlevered beta,” bU, equals 1.0.) On the basis of this information, what is the company’s optimal capital structure, and what is the firm’s cost of capital at this optimal capital structure? a. wc = 0.9; wd = 0.1; WACC = 14.96% b. wc = 0.8; wd = 0.2; WACC = 10.96% c. wc = 0.7; wd = 0.3; WACC = 7.83% d. wc = 0.6; wd = 0.4; WACC = 10.15% e. wc = 0.5; wd = 0.5; WACC = 10.18% 44. Optimal capital structure and Hamada equation Answer: d Diff: T N kRF = 5%; kM - kRF = 6%. ks = kRF + (kM - kRF)b. WACC = kd ( wd ( (1 - T) + ks ( wc. You need to use the D/E ratio given for each capital structure to find the levered beta using the Hamada equation. Then, use each of these betas with the CAPM to find the ks for that capital structure. Use this ks and kd for each capital structure to find the WACC. The optimal capital structure is the one that minimizes the WACC. (D/E) b = bU[1 + (1-T)(D/E)] ks = kRF + (kM - kRF)b wc kd wd WACC 0.11 1.0667 11.4005% 0.9 7.0% 0.1 10.68% 0.25 1.1500 11.9000 0.8 7.2 0.2 10.38 0.43 1.2571 12.5429 0.7 8.0 0.3 10.22 0.67 1.4000 13.4000 0.6 8.8 0.4 10.15 1.00 1.6000 14.6000 0.5 9.6 0.5 10.18 For example, if the D/E is 0.11: b = 1.0[1 + (1 - T)(D/E)] = 1.0[1 + (1 - 0.4)(0.1111)] = 1.0667. ks = kRF + (kM - kRF)b = 5% +
In order to find the WACC, we need to find the cost of the components of the capital structure and their proportion in the total capital.
The firm has decided to increase the debt finance component portion from 20% to 30% which is a good decision since the interest payments are 100% tax deductible. The appropriate capital structure would be to
• Cost of capital must reflect current capital market conditions (current required returns) • Cost of capital must also reflect the optimal relative proportions of debt and equity the firm will
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
Moreover, let’s calculate the Weighted Average Cost of Capital (WACC). And in order to calculate it we need to know the capital structure of the company. Knowing the capital structure of the
Generally, firms can choose among various capital structures in order to maximize overall market value of the company. It is proposed however, that
Notes and Hints: The WACC is equal to the weighted average of the component capital costs, e.g., the weight in debt times the after-tax cost of debt financing plus the weight in equity times the after-tax cost of equity financing corresponding to the leverage: WACC = (D/V)*Rd*(1− tax rate) + Re*(E/V), where “tax rate” = marginal corporate tax rate (assume 34%), Rd = the before-tax cost of debt (info about the premium above long-term government rates is provided in tables), Re is the cost of equity, D and E are the market values of debt and equity. V = (E + D). Remember that the higher leverage means the higher equity risk (and cost of equity Re) and that you will have to “un-lever” and “re-lever” your firm’s cost of equity and any other firm (pure-plays) when evaluating a project in a specific division. Note that your firm (and comparable “pure-play” firms) may have different leverage (capital structures) than the target leverage of your firm and estimated equity ‘betas’ will reflect the past leverage!! Also, your firm may have several divisions and the individual divisional projects may have different risks and thus different costs of capital!! Pay special attention to the information and questions under the “The 777” case segment (pages 6-9). State your parameters & assumptions very clearly. Someone looking at your analysis should be
c) Optimization of the capital structure is also consistent with the growth of the company. The optimal capital structure
We would recommend the capital structure with 30% debt. This is because with 30% debt, they would be able to repurchase 19.8 million shares outstanding as well as save 37.8 million in taxes. EBIT is high in this company, and because of this, financial leverage will raise EPS and ROE. However, variability also increases as financial leverage increases, so the company would not want to take on too much debt and become very risky.
With all the above aspects considered, Adecco arrived at a debt portion of WACC equal to .96% and an equity portion of 9.31% resulting in an overall WACC of 10.27%. This was calculated utilizing a beta of equity considering a beta of debt and assets of 0.2 and 0.48 respectively. Utilizing the free cash
Weight of Equity = 71%; Equity Cost of Capital = 12%; Weight of Debt = 29%; Debt Cost of Capital = 4.55%
A firm can choose a mix of three modes of financing i.e. issuing shares, borrowing from the market and use of retained earnings. The ratio of this mix of funds purely depends on the firm and known as optimal capital structure of the firm. This leads to the different capital structure theories. These theories explain their
Capital structure is defined as the mix of the long-term sources of funds that a firm use. It is composed of equity, debt securities and affect long-term financing of the entity. It is made up by shareholder’s funds, long-term debt and preference share capital. The capital structure mostly focus on the proportions of debt and equity displayed in the company financial statements, especially in the balance sheet (Myers, 2001). The value of a firm can be calculated by the sum of the value of its firm’s debt and equity.
The purpose of the report is to understand the capital structure of the chosen company on the basis of the financial statements of the company which includes the income statement, balance sheet and the cash flow statement of the company and do the capital analysis of the company as well to find out the advantages and disadvantages in working capital of the company and suggest company logical and useful ways for growing their economy.
Capital structure is the proportion of debt and equity in which a corporate finances its business. The capital structure of a company/firm plays a very important role in determining the value of a firm. There are various theories which propagate the ‘ideal’ capital mix / capital structure for a firm.