WACC Weighted Average Cost of Capital Formula The WACC Weighted Average Cost of Capital formula is complex‚ and can be broken into several components. The individual component costs are provided in the following sections. WACC Weighted Average Cost of Capital Variables V=Firm Total Value (Debt + Preferred Shares + Common Equity + Retained Earnings) Md=Market Value of Debt Mp=Market Value of Preferred Shares Mc=Market Value of Common Equity Mr=Market Value of Retained Earnings K=Current
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Case Study: How to Calculate Return Profits on Rental Property Investment make more money through rental income property investment Property Profile Property Type : Serviced Apartment Size : 821 square feet Purchase Price : $ 235‚900.00 Down Payment : $ 23‚590.00 Home Loan Amount : $ 212‚310.00 Home Loan Installment : $ 1‚173.00 per month Gross Rental : $ 2‚200.00 per month Expenses : $ 832.37 per month * Service Charges = $ 164.05 * Sinking Fund = $ 16.79 * Quit Rent
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Week 3 Activity – Calculate Overtime Pay Week 3 Activity – Calculate Overtime Pay ------------------------------------------------- TCO #4 – Given a simple business problem that requires one or more decisions‚ create a solution algorithm that uses decisions with logical and relational expressions. ------------------------------------------------- TCO #9 – Given a program with logic errors that is intended as a solution to a simple business problem‚ employ debugging diagnostics to remove
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1. Comprehensive exercise to calculate variances: Gilder Corporation makes a product with the following standard costs: The company reported the following results concerning this product in June. The company applies variable overhead on the basis of direct labor-hours. The direct materials purchases variance is computed when the materials are purchased. Required: a. Compute the materials quantity variance. 15‚600 F b. Compute the materials price variance. 44‚100 * 0.1 = 4‚410 F c. Compute
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viable. In the case of a “Project” it is a way to calculate the minimum required rate of return for an investment depending on its riskiness of its cash flow therefore it is a way to; a) Evaluate the Investment Decision b) Decide on a debt policy c) Appraise the performance of top managers 2) Compute the corporate WACC. Be sure to state all your assumptions to get the various inputs to the WACC. r_e=r_f+ β(EMRP) WACC= r_e (E/V)+ r_d (D/V)(1-t) E=Midland’s Equity
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Calculate WACC using book values: The weight of debt is calculated by adding the current portion of long-term debt‚ notes payable and long-term debt‚ and dividing it by the sum of debt and equity. $5.4 + 855.3 + 435.9 = $1‚296.6 $1‚296.6 / (1‚296.6 + 3‚494.5) = .27 = 27% The weight of equity is calculated by dividing the total shareholder equity by the sum of debt and equity. $3‚494.5 / (1‚296.6 + 3‚494.5) = .73 = 73% Cost of Debt To find the cost of debt I subtracted the tax savings from
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the expected return on debt is 6% with market value weight of 1/3. Therefore the firm’s pre-transaction WACC is 12% WACC (pre-transaction) = 2/3 * 15% + 1/3 * 6% = 10% + 2% = 12% a) (4 points) After the transaction GP will be all equity financed. The firm’s cost of equity the equals the WACC. As there are no taxes the firm’s WACC is independent of its capital structure and remains at 12%. WACC (post-transaction) = 12% = rE‚U * 1/1 => rE‚U = 12% b) (4 Points) In this case the debt-to-value ratio
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Bonds Microsoft’s long-term debt is composed of eight long-term bonds. It also has two short-term bonds that mature this year and early next year. These bonds were neglected in this report. In this report the required return was calculated by using the coupon rates‚ market values‚ time until maturity‚ and tax rate. These values were all found on Microsoft’s 2012 financial statement. The weighted average cost of debt was then found through the multiplication of each bond’s required return and their
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Trends of Leverage 7 2.3 Comparison of capital structure with similar companies 9 2.4 Capital expenditures and its financing 10 2.5 Important factors influencing the use of debt financing 10 2.5.1 Tax Advantage 10 2.5.2 Corporate Tax Rate 11 2.5.3 Credit rating 11 2.5.4 Interest rate 11 2.5.5 Company’s Industry 12 2.5.6 Company’s growth rate 12 2.5.7 Some other arguments about Harvey Norman 12 2.6 Evidence of financial distress 13
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ABC’s capital expenditures and its financing 9 2.3. Comparison of ABC’s capital structure with similar companies 10 2.4. Characteristics of the company influencing the leverage policy 11 2.4.1. Tax advantage 11 2.4.2. Corporate tax rate 11 2.4.3. Earnings before tax and interest 11 2.4.4. Interest rate 11 2.4.5. Credit rating 12 2.5. Pecking order theory 13 2.6. Optimal capital structure 13 3.Dividend 14 3.1. Dividend policy
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