Stock a is $2000. Calculate 10.5% of $2000, which equals $210.
Stock b is $3000. Calculate 14.7% of $3000, which is $441.
The expected return on the portfolio is $210 + $441, which equals $651.
Answer:
Builtrite has higher than average operating expenses
Explanation:
Subtracting cost of goods sold from net sales will give you gross profit. The reason of high gross profit could be company is able to sell its products at a higher price or it is able to keep its cost of goods sold at a lower level than industry standards.
A higher-than-industry-average gross profit margin increases your chances of generating a net profit provided that you are able to keep your expenses within industry average levels.
Operating profit is the pre-tax profit or in other words it is calculated by subtracting operating expenses from the gross profit. Operating profit margin is equal to operating income divided by the total revenue. A lower operating margin despite of having higher gross profit is because the company is not able to control its operating expenses or in other words they are incurring higher operating expenses as compare to industry.
Answer:
The insurer shall be held liable
Explanation:
For any published or displayed content which relates to the insurer or it's products, the insurer shall be made liable for any inappropriate content.
In cases wherein the advertisement function has been assigned to an insurance agency, even in such a scenarios, the sole responsibility rests with the insurer and it's their primary responsibility to check upon the content advertised.
Thus, if any inappropriate content or misleading claims are made, it shall be assumed those have been issued by consent of the insurer and the insurer cannot escape this liability.
Answer:
Instructions are below.
Explanation:
Giving the following information:
Martha receives $200 on the first of each month. Stewart receives $200 on the last day of each month. Both Martha and Stewart will receive payments for 30 years. The discount rate is 9 percent, compounded monthly.
To calculate the present value, first, we need to determine the final value.
i= 0.09/12= 0.0075
n= 30*12= 360
<u>Martha:</u>
FV= {A*[(1+i)^n-1]}/i + {[A*(1+i)^n]-A}
A= montlhy payment
FV= {200*[(1.0075^360)-1]}/0.0075 + {[200*(1.0075^360)]-200}
FV= 366,148.70 + 2,746.12
FV= 368,894.82
Now, the present value:
PV= FV/ (1+i)^n
PV= 368,894.82/ 1.0075^360
PV= $25,042.80
<u>Stewart:</u>
FV= {A*[(1+i)^n-1]}/i
A= monthly payment
FV= {200*[(1.0075^360)-1]}/0.0075
FV= 366,148.70
PV= 366,148.70/1.0075^360
PV= $24,856.37
Martha has a higher present value because the interest gest compounded for one more time.
Answer:
analyzer
Explanation:
This strategy is used by companies wishing to gain market share. It is a moderate aggressive strategy, as it presents low aggregate risks, and innovation is not a very relevant factor in companies that use the analyzer strategy. Companies seek to provide a production of goods already in the market, with modifications and differentiations.
