Answer:
a.Year Cashflow [email protected]% PV [email protected]% PV
$ $ $
0 (1,000) 1 (1,000) 1 (1,000)
1-15 72 11.1184 800 7.6061 548
15 1,000 0.5553 555.3 0.2394 239
NPV 355.3 NPV 213
Kd = LR + NPV1/NPV1 + NPV2 x (HR – LR)
Kd = 4 + 355.3/355.3 + 218 x (10 – 4)
Kd = 4 + 355.3/573.3 x 6
Kd = 7.72%
b. Kp = D/Po
Kp = $100/$1,111
Kp = 0.09 = 9%
c. Ke = D1/Po (1 – FC) + g
Ke = $4.3995/$50(1-0.15) + 0.05
Ke = $4.3995/$42.50 + 0.05
Ke = 0.1535 = 15.35%
WACC = Wdrd(1 – T) + Wprp + Were
WACC = 0.3(7.72)(1-0.4) + 0.1(9) + 0.6(15.35)
WACC = 1.39 + 0.9 + 9.15
WACC = 11.44%
Explanation:
In this case, we need to calculate cost of debt, cost of preference shares and cost of equity. Cost of debt is calculated based on internal rate of return. Cost of preferred stock is the ratio of dividend paid to the market price. Cost of equity is a function of D1 divided by current market price after floatation cost plus growth rate. WACC is equal to cost of each source multiplied by respective weights.
Answer:
75,000
Explanation:
300,000-50,000 = 250000*6%*5
Answer: 0.15 years
Explanation:
According to Little's Law, it should be noted that:
I = R × T
where,
I = amount of flow units
R = rate of processing flow units
T = time
For this question,
I = $45 million
R = $300 million
Time will be:
T = I/R
T = 45/300
T = 0.15 years
Therefore, the account receivable process will use an average of 0.15 years.
It depends on the person I would definitely be happy but that’s just me
Answer:
12 bananas or 8 apples are needed to purchased
Explanation:
The computation of the number of bananas or the apples is shown below:
Since the income is $24
And, the price of an apple and the price of banana is $3 and $2 respectively
So, the number of bananas is
= $24 ÷ $2
= 12 bananas
And, the number of apples is
= $24 ÷ 3
= 8 apples
Therefore 12 bananas or 8 apples are need to purchased
