Fight Finance

(a) $10,000,000.00

(b) $8,021,978.02

(c) $976,772.86

(d) $975,935.83

(e) $100,000.00

(a) Cost of debt (##r_\text{D}##).

(b) Unlevered cost of equity (##r_\text{E, U}##).

(c) Levered cost of equity (##r_\text{E, L}##).

(d) Levered before-tax WACC (##r_\text{V, LxITS}##).

(e) Levered after-tax WACC (##r_\text{V, LwITS}##).

(a) 0.1634

(b) 0.0801

(c) 0.0704

(d) 0.07

(e) 0.0095

(a) 0.05696, 0.702247

(b) 0.05696, 0.238663

(c) 0.053333, 0.936329

(d) 0.040889, 0.930519

(e) 0.04, 0.930519

(a) ##\sigma_\text{yearly} = \sigma_\text{monthly}##

(b) ##\sigma_\text{yearly} = \sigma_\text{monthly} \times 12##

(c) ##\sigma_\text{yearly} = \sigma_\text{monthly} \times 144##

(d) ##\sigma_\text{yearly} = \sigma_\text{monthly} \times \sqrt{12}##

(e) ##\sigma_\text{yearly} = \sigma_\text{monthly} \times {12}^{1/3}##

(a) 20

(b) 10

(c) 3

(d) 2

(e) 0.5

If a stock's expected future prices are log-normally distributed, what will be bigger, the stock's or future price? Or would you expect them to be ?

(a) Asset revaluation reserve.

(b) Foreign currency translation reserve.

(c) Retained earnings, also known as retained profits.

(d) Contributed equity, also known as paid up capital.

(e) General reserve.

(a) Competition.

(b) Opportunity costs.

(c) Separation of the investment and financing decisions.

(d) Diversification.

(e) Sunk costs.

(a) Expected total return will equal its required total return if the stock is fairly priced.

(b) Expected total return will be less than its required total return if the stock is over-priced.

(c) Required total return should be higher than the risk free government bond yield if the stock has a positive beta.

(d) Required total return depends on its total variance, required capital return depends on systematic variance and the dividend yield depends on idiosyncratic variance.

(e) Expected capital return equals the expected total return less whatever the management decide that they will pay as an income return (which is the dividend yield).