| Exercise: | | (From the Cost of Capital Workbook Pratt, Shannon 2nd edition) |
| | The following are known about public Company XYZ |
| | 4,000,000 | million shares of common stock issued and outstanding |
| | $10 | Closing common stock price per share |
| | 2,000,000 | shares of preferred stock issued and outstanding |
| | $16 | Closing preferred stock price per share |
| | $10,000,000 | Face value of bonds issued and outstanding |
| | $80 | Closing Bond Price (80% of face value) |
| | 25% | Cost of common equity for XYZ |
| | $2.40 | Cumulative, non-participating dividend on preferred stock every year |
| | 10% | Cost of debt before tax effect |
| | 40% | Combined federal/state income tax rate |
| | | Preferred Equity Cost? |
| 15% | | Because the market price is $16.00 and its dividend per share is $2.40 the |
| | | cost is: | $2.40/$16.00 = 0.15 or 15% |
| | | Excel solution: | | 0.15 |
| | | The after -tax cost of debt for Company XYZ is: |
| 6% | | In the return to debt component, interest is a tax-deductable expense |
| | | to a corporate taxpayer. One way to approximate the cost of debt after |
| | | taxes or net of the tax effect is to multiply the cost of debt |
| | | before tax by (1-tax rate): 10% x (1-0.40) = 0.10 x 0.60 = 6% |
| | | Excel solution: | | 0.06 |
| | | Compute the market value of invested capital (MVIC) and the weights |
| | | for each capital structure component of XYZ. |
| Component | | Amount | Price | Component Total | | Weight |
| Common Stock | | 4000000 | $10 | $40,000,000 | | 50% |
| Preferred Stock | | 2000000 | $16 | $32,000,000 | | 40% |
| Debt | | $10,000,000 | 0.8 | $8,000,000 | | 10% |
| MVIC | | | | $80,000,000 | | 100% |
| What is the WACC? |
| WACC= | | =(25% x 0.50) + (15% x 0.40) + [10%(1-0.40) x 0.10] |
| | | =12.5% + 6% + 0.6% |
| | | =19.10% |
| Or in tab form: |
| Component | | Cost | | Weight | | Weighted Cost |
| Common Stock | | 25% | | 0.5 | | 12.50% |
| Preferred Stock | | 15% | | 0.4 | | 6.00% |
| Debt | | 6% | | 0.1 | | 0.60% |
| | | | | WACC | | 19.10% |