Answer:
The firm's optimal capital structure is 80% Debt and 20% Equity.
The WACC at this optimal capital structure is 10.28%.
Explanation:
Note: See the attached excel file the computation of the weighted average cost of capital (WACC) at the optimal capital structure. Also note that the data in the question are merged together but they are sorted in the attached excel file before answering the question.
The optimal capital structure of a firm can be described as a combination of debt and equity financing that is the beat in which market value of the firm is maximized while its cost of capital is minimized.
Using the weighted average cost of capital (WACC), the optimal capital cost capital structure occurs at a point where the WACC is the lowest.
From the attached excel file, the lowest WACC is 0.1028, or 10.28%. At this firm Market Debt- to-Value Ratio (wd) which is debt is 0.80 (i.e. 80%), and Market Equity-to-Value Ratio (ws) which is equity is 0.20 (i.e. 20%).
Therefore, the firm's optimal capital structure is 80% Debt and 20% Equity.
The WACC at this optimal capital structure is 10.28%.
Answer:
The correct answer is letter "B" and "C": Business letters; Interoffice memos.
Explanation:
Paper-based communications are means of transmitting information presented on paper. It is implemented in formal cases where there must be written support of a proposal or notification about the course of actions that will be taken in front of a claim case or problem, for instance. <em>Business letters </em>and<em> interoffice memos </em>fall under this category.
Electronic communication can be used at the corporate level as well but it has a certain degree of informality. <em>Instant messages</em> or <em>e-mails </em>are used to transmit different kinds of information within a firm.
Answer:
$612
Explanation:
To compute the depreciation, first we have to compute the depreciation per hour which is given below:
= (Cost of diesel-powered tractor - estimated residual value) ÷ (useful operating life)
= ($186,240 - $5,700) ÷ (59,000 hours)
= ($180,540) ÷ (59,000 hours)
= $3.06 per hour
Now the depreciation would be
= Operated hours × depreciation per hour
= 200 units × $3.06
= $612
Answer:
The rate of growth of their dividend is 6.30%.
Explanation:
This problem requires us to calculate the growth rate at which the dividend will grow. The market value of share and market rate of return is also given in the problem. So we can easily calculate it using market valuation formula.
MV = D(1+G%)/ke
39.86 = 1.2 (1+G%)/(9.5%-G%)
G = 6.30%
