Answer:
3.5%
Explanation:
We will apply asset pricing model to calculate cost of equity (required rate of return). The capital asset pricing model is stated as below:
Cost of equity = Risk-free rate + Beta x Market risk premium
Putting all the number together, we have:
Cost of equity (Beale) = 5.5% + 1.8 x (9% - 5.5%) = 11.8%
Cost of equity (Foley) = 5.5% + 0.8 x (9% - 5.5%) = 8.3%
Cost of equity (Beale) - Cost of equity (Foley) = 11.8% - 8.3% = 3.5%
<em />
<em>Note: You can also do quick calculation as below:</em>
<em>Cost of equity (Beale) - Cost of equity (Foley) = (Beta of Beale - Bete of Foley) x Market risk premium = (1.8 - 0.8) x (9% - 5.5%) = 3.5%</em>
Answer:
Please consider the following explanation
Explanation:
a. EOQ = 560 units
b. 58800 units/560 units = 105 orders
c. EOQ/2 = 560/2 = 280 units (average inventory)
d. 105 orders × $4 ordering cost = $ 420
280 units × $1.50 carrying cost per unit = 420
Total costs = $840
<span>Year Cash Flow
0 -$46,400
1 18,000
2 33,530
3 4,600</span>
<span>NPV = -$46,400 + $18,000 / (1 + 0.09) + $33,530 / (1 + 0.09)2 + $4,600 / (1 + 0.09)3 =
</span><span>-$1,574.41</span>
Answer:
A.8.85%
Explanation:
Computation to determine the weighted average cost of capital for Zonk based on the new capital structure.
First step is to calculate the Cost of equity capital using this formula
Cost of equity capital = Risk free rate + (Beta*Market premium)
Let plug in the formula
Cost of equity capital = 2.3% + (1.13*5.3%)
Cost of equity capital=8.28%
Now let determine theWeighted average cost capital
Weighted average cost capital = [.70*.14*(1-.35)]+(.30*.0828)
Weighted average cost capital= [.70*.14*.65]+.02484
Weighted average cost capital=0.0637+.02484
Weighted average cost capital= .0885*100
Weighted average cost capital= 8.85%
Therefore the weighted average cost of capital for Zonk based on the new capital structure is 8.85%
Answer:
average annual transportation inventory for each alternative are 16.4383 , 5.4794, 27.3972
Explanation:
Given data
Annual demand A = 2000 flower
transit time t1 = 3 days
transit time t2 = 1 day
transit time t3 = 5 days
to find out
What is the average annual transportation inventory for each alternative
solution
we will apply here average annual transportation inventory formula that is
average annual transportation inventory = t × A / 365
put the value t1 , t2 and t3 for annual demand 2000
so
average annual transportation inventory = t × A / 365
average annual transportation inventory = 3 × 2000 / 365 = 16.4383
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 1 × 2000 / 365 = 5.4794
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 5 × 2000/ 365 = 27.3972
