Answer:
d.9.34%
Explanation:
The formula for the weighted average cost of capital is provided below as a starting point for solving this question:
WACC=(weight of equity*cost of equity)+(weight of debt*after-tax cost of debt)
weight of equity=1-debt %=1-50%=50%
weight of debt=50%
cost of equity=13.6%
after-tax cost of debt=7.8%*(1-35%)
after-tax cost of debt=5.07%
WACC=(50%*13.6%)+(50%*5.07%)
WACC=9.34%
The discount rate is computed based on the target or preferred capital structure
Answer:
Explained below:
Explanation:
The Strategic Planning process is a planning process performed by the top-level management, to decide where the organization is willing to reach in the coming day and Portfolio management is the act of building and maintaining an appropriate investment mix for given risk tolerance.
Portfolio management in an organization is closely associated with each other as when the organization requires to do investment, it necessity be done through the Strategic Planning process which is performed by the top-level management to minimize the risk.
Introduction
main body of presentation should include for/against if applicable and an evaluation of the points raised
a conclusion
Answer:
$380
Explanation:
Ziva's total cost of farming is composed of two different costs: explicit and implicit costs.
Explicit cost is an out-of-pocket cost that a person incurs to carry out a particular business activity. It is sort of, a business-related expense for which the business pays. In Ziva's case, it is $130, the cost of the seeds
Implicit costs are opportunity costs. An opportunity cost refers the benefits an individual, investor or business misses out on when opting for one alternative in preference of another. In our case, it amounts to $250($25*10 hours)
Thus, Ziva's cost of farming
= $130 +( $25*10) = $130 +$250 = $380
Answer:
The correct answer for option (a) is $1.15 and for option (b) is $1.33.
Explanation:
According to the scenario, the given data are as follows:
Present value (PV) = $1
Rate of interest (R) = 1.18% per month
Time period (for option a) (t1)= 12 months
Time period ( for option b) (t2)= 24 months
So, we can calculate the future value by using following formula:
FV = PV × ( 1 + R )^t
(a). By putting value in the formula:
FV = $1 ( 1 + 0.0118)^12
= $1 × 1.1511610877
= $1.15
FV = PV × ( 1 + R )^t
(b). By putting value in the formula:
FV = $1 ( 1 + 0.0118)^24
= $1 × 1.32517184983
= $1.33
