Answer:
WACC = 0.16637 OR 16.637%
Explanation:
WACC or weighted average cost of capital is the cost of a firm's capital structure which can comprise of debt, preferred stock and common equity. The WACC for a firm with only debt and common equity can be calculated as follows,
WACC = wD * rD * (1-tax rate) + wE * rE
Where,
- w represents the weight of each component based on market value in the capital structure
- r represents the cost of each component
- D and E represents debt and equity respectively
To calculate WACC, we first need to calculate the Market value an cost of equity.
The market value of equity = 30 million shares * $40 per share
MV of equity = $1200 million
The cost of equity can be found using the formula for Price today (P0) under constant growth model of DDM.
P0 = D1 / (r - g)
40 = 4 / (r - 0.07)
40 * (r - 0.07) = 4
40r - 2.8 = 4
40r = 4+2.8
r = 6.8 / 40
r = 0.17 or 17%
MV of debt = 40 million * 96.5% => $38.6 million
Total MV of capital structure = 38.6 + 1200 = 1238.6 million
WACC = 38.6/1238.6 * 0.08 * (1-0.33) + 1200/1238.6 * 0.17
WACC = 0.16637 OR 16.637%
Answer:
$1,059,050
Explanation:
The computation of the anticipated level of profits for the expected sales volumes is shown below:
Expected sales 209,000 305,000
Particulars Chicken Fish
Sales $815,100 $1,525,000
Less:
Variable cost -$407,550 -$762,500
Contribution margin $407,550 $762,500
Now the profit would be
= Total contribution margin - total fixed cost
= $407,550 + $762,500 - $111,000
= $1,059,050
The sales are variable cost are come by multiplying the units with its price per taco.
Answer:
EPS = $4.50
diluted EPS = $2.46
Explanation:
no option is correct since EPS = $4.50, and the rest of the options are all higher amounts. Diluted EPS are always smaller than EPS.
common stock outstanding = 1,000 stocks
bonds shares (diluted) = 1,000 stocks
net income = $4,500
bond interest = $10,000 x 6% x (1 - 30%) = $420
diluted earnings per share = ($4,500 + $420) / (1,000 shares + 1,000 shares) = $4,920 / 2,000 shares = $2.46
Answer and Explanation:
The computation is shown below;
1. The willing amount to pay for the promise should be less than $20 that represents the time value of money
2. Now the present value is
= Received amount × discounting factor at 6% for 3 years
= $1,000 × 0.839
= $839
3. Now the interest rate is
As we know that
Future value = Present value × (1 + rate of interest)^number of years
$1,000 = $863.84 × (1 + rate of interest)^3
rate of interest =5% approx
