Answer:
1.90
Explanation:
The computation of the beta of the stock T is shown below:
Portfolio beta = Invested percentage in stock R × beta of Stock R + Invested percentage in Stock S × Beta of stock S + Invested percentage in Stock T × Beta of Stock T
1.37 = 0.24 × 0.71 + 0.38 × 1.26 + 0.38 × Beta of Stock T
1.37 = 0.1704 + 0.4788 + 0.38 × Beta of Stock T
1.37 = 0.6492 + 0.38 × Beta of Stock T
0.7208 = 0.38 × Beta of Stock T
So, the beta of stock T is 1.90
Answer:
C. 4.00
Explanation:
The interest coverage ratio is the same as times interest earned.
It is a the financial ratio that shows how many times over the income or earnings before interest and tax can be used to pay the interest payable in the same period.
Hence, Interest coverage
= Earnings before interest and taxes (EBIT) / Interest expense
EBIT = $580,000 - $350,000 - $45,000 - $90,000 -$15,000
= $80,000
The company's interest coverage ratio is
= $80,000/$20,000
= 4.00
To solve for units sold at an income of $200,000:
First, I would subtract the variable cost of $8 from the unit sales price of $18 dollars which gives you $10.
Unit profit = $10
Fixed costs = $200,000
How many units need to be sold to earn an income of $200,000?
40,000 units x $10 = $400,000 - $200,000 = $200,000
40,000 units need to be sold to earn an income of $200,000.
Answer: false
Explanation:
Vulnerability assessment is defined as the systematic and methodical evaluation of security posture of the enterprise. It is used to expose the assets to the things that can harm them.
The steps that are involved in vulnerability assessment are the identification of asset, threat evaluation, the vulnerability appraisal, the risk assessment and finally the risk mitigation.
Therefore, the question is false
Answer:
C. the less productive the process is.
Explanation:
Variability refers to the property when the given substance are highly probable to change and that the results accordingly change.
In that condition there is no drawn pattern for such change, as it might or might not change according to the expected scale and level.
In this, if there is high variability, then the results can be that the resulting process will be least productive, as there are so many uncontrollable changes.
Accordingly, since no proper management of the related process is possible, the results will not be productive.
