Answer:
the Sharpe ratio of the optimal complete portfolio is 0.32
Explanation:
The computation of the sharpe ratio is shown below:
= (Return of portfolio - risk free asset) ÷ Standard deviation
= (17% - 9%) ÷ 25%
= 8% ÷ 25%
= 0.32
Hence, the Sharpe ratio of the optimal complete portfolio is 0.32
We simply applied the above formula
Answer:
A. $41,120.
Explanation:
Year Description Cash flow Present [email protected]%
0 Equipment cost ($30,000) ($30,000)
1-4 Additional CF $24,000 $69,929.10
4 Residual value $2,000 $1,184.16
Present value total $41,113.26
Based on the above calculation, the answer shall be A. $41,120.
Answer:
Laffer curve.
Explanation:
Laffer Curve is developed by
Arthur Laffer. It is used to show the relationship between tax rates and the amount of tax revenue collected by governments of a particular country. Laffer curve is used to demonstrate Laffer’s argument that sometimes cutting tax rates can increase total tax revenue.
Laffer curve shows the relationship that occurs between the tax rate and the amount of tax revenue collected
The relationship between the tax rate and the amount of tax revenue collected is called the LAFFER CURVE curve. This curve shows that TAX CUT CAN INCREASE TAX REVENUE.
The drawing of a laffer curve has been attached
Options:
A) employee affairs
B) corporate relations
C) internal relations
D) employee relations
E) house communications
Answer:D) employee relations.
Explanation: Employee Relations is a term used in the field of human resources management to describe the various steps and actions put in place by an organisation in order to ensure a high performing,motivated and a positive relationship with its staff.
THROUGH AWARDS AND OTHER REWARD SYSTEMS ORGANISATIONS CAN EFFECTIVELY MAINTAIN A POSITIVE EMPLOYEE RELATIONSHIP.
Answer:
$172,117.5529
Explanation:
In economics and finance, present value, also known as a present discounted value, is the value of an expected income stream determined as of the date of valuation.
Total years = 3 to 9 = 6years
Present value = future cash flow/(1+i)^n
Present value = $30,000 + $30,000/(1.072)^1 + $30,000/(1.072)^2 + $30,000/(1.072)^3 + $30,000/(1.072)^4 + $30,000/(1.072)^5 + $30,000/(1.072)^6
Present value = $172,117.5529
