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
The issues are as follows:
1) nutrition.
2) financial aid.
3) hearing and vision tests.
4) legal help.
The issue that cannot be addressed by the faculty members at the high school is the legal help.
Fourth option is the correct answer.
<h3>What is meant by a high school?</h3>
A high school is the place where the students are studying in the grades from 9th to 12th.
The faculty members of the high school are addressing the issues relating to financial assistance, testing of hearing and eye vision and the nutritional requirements.
Therefore, the legal help being the issue which could not be addressed by faculty members in the high school.
Learn more about the faculty members in the related link:
brainly.com/question/11920261
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The correct answer would be option D, India has high import tariffs.
Mark feels that Darren is too optimistic and that this venture may not turn out to be as profitable as Darren expects it to be. Darren's view is based on the assumption that India has high import tariffs.
Explanation:
When companies import or export products in or out of the country, they are usually charged with a duty which they have to pay on the import or export of the products. This is called as the Tariff.
While considering the export of a product to another country, the import tariffs of that other country has a pretty much impact on the profits of that company's Sales. Higher the tariffs, lower the profits and vice versa.
So when Mark wanted to export his product to India, Darren was with the view that India has high import tariffs which will restrict them to have huge profits of exporting their product.
Learn more about import export tariffs at:
brainly.com/question/6869228
#LearnWithBrainly
Answer:
$0.40 ; $1 and $71.43%
Explanation:
The computation is shown below:
Excess cost is
= Unit cost - Salvage Value
= $1 - $0.60
= $0.40
The shortage cost is
= Selling value - unit cost
= $2 - $1
= $1
And, the optimal service level is
= Shortage cost ÷ (Shortage cost + excess cost)
= $1 ÷ $1.60
= 71.43%
Basically we applied the above formulas
Answer:
a pic and send it to you and your name
