Answer:
False
Explanation:
The contribution margin will be higher for the company with the highest fixed expenses. Contribution margin = selling price - variable cost
For example:
Company A Company B
sales price per unit $100 $100
total costs per unit $80 $80
variable costs per unit $50 $40
<u>fixed costs per unit $30 $40 </u>
contribution margin $50 $60
Answer:
d. risk resulting from an expected automobile industry shock g
Explanation:
Non systemic risk are risks that can be diversified away. they are also called company specific risk or industry specific risk . Examples of this type of risk is a manager engaging in fraudulent activities and risk resulting from an expected automobile industry shock
Systemic risk are risk that are inherent in the economy. They cannot be diversified away. They are also known as market risk. examples of this risk include recession, inflation, and high interest rates. Investors should seek compensation for systemic risk. Systemic risk is measured by beta. The higher beta is, the higher the systemic risk and the higher the compensation demanded for by investors
Answer:
1. B. The actual proportion of Greeks who believe they are suffering.
2. This is the proportion of Greeks in the sample considered, i.e p = 0.25
3. n = 250 phat - 25% — 0.25 z score - 5%/2 — 2.5 on each end — z = 1.9 se - use formula - .0470.25 +/- 1.9 x .027+: .3675 -: .1325.
4. A. wider
5. B. narrower
Explanation:
In this question, it is essential to estimate the actual population of Greeks that believe they are extremely poor and also suffering. This will be used for proper sampling. Furthermore, in the sample considered, it was discovered that the parameter point estimate is approximately 25% and a change in the sample size or confidence level will alter the interval.
Answer:
After 14 years, the compounded value of the invested amount = $733,200.27
Explanation:
What the question is asking us to find is the future value of an amount that is invested over a period of 14 years, compounded at 15% semiannually.
The formula is:

where ;
FV = Future value
PV = present value (principal)
i = nominal interest
n = compounding frequency in a year
t = total number of years.
Note: for investments that are compounded annually, n = 1, because compounding is once in a year, for those compounded semiannually, n=2, because compounding is twice in a year, for compounding done quarterly, n = 4 because there are four quarters in a year and so on.
Putting, the values into the equation above;


= $733,200 (to the nearest dollar)