The answer is "Online Bank"
Answer:
The difference in human capital explains $7,863 of the income per worker gap while the difference in physical capital explains $20,181 of the income per worker gap.
Explanation:
Human capital refers to the skills, knowledge, and efforts of the people in producing goods and services. It is also known simply as labor. Physical capital refers to the "man-made" goods that assist in production, including machinery, equipment, and technological items such as computers.
In the given scenario, the income per worker in the United States is $82,359 - $54,315 = $28,044 more than the income per worker in South Korea. This is explained by differences in both the level of technology (i.e. physical capital) and the capability of workers (i.e. human capital).
We are informed that the income per worker in South Korea would be $74,496 if it had the same level of technology as the United States. This means that $74,496 - $54,315 = $20,181 of the income per worker gap between the two countries is explained by differences in physical capital. Hence the remaining difference of $28,044 - $20,181 = $7,863 is explained by differences in human capital between the two countries.
Answer:
The total cost of quality is $ 313200
Explanation:
First we need to distinguish the costs and allocate them to the correct category for the cost of quality report.
We have verifying credit card information of $52200
Customer service training of $104400
Discounting room rates due to poor service $ 156600
The 4 categories of cost of quality report are Prevention Costs, Appraisal Costs, Internal Failure costs and external failure costs.
Conforming Costs
Customer service training - prevention costs. - $104400 1,53% of total sales
Verifying credit card information - appraisal cost - $52200 0,76% of total
Non-conforming costs
Internal Failure
External Failure costs
Discounting room rates due to poor service $ 156600 2,3% of total sales
Total cost of quality $ 313200 4,6% of total sales
Answer:
Total amount = $10906400
He would receive = $ 45443.33 every month
Explanation:
Ken invested $1.6 million at 9.6% for 20 yes compounded monthly.
n = 20*12= 140
t = 20
P= 1600000
R= 9.6% = 0.096
Amount A is equal to
A = p(1+r/n)^(nt)
A =
1600000(1+(0.096/140))^ (140*20)
A =
1600000(1 + (6.857*10^-4))^(2800)
A= 1600000(1.0006857)^2800
A = 1600000*6.8165
A = 10906400
Every month, he will get
10906400/(12*20)
= 10906400/240
=$ 45443.333
Answer:
Cumulative net present value of the project is:
= $33.5 million.
The discounted cash flow rate of return is:
= 26%
Explanation:
a) Data and Calculations:
The capital cost of the combined heat and power system = $23 million
Expected net savings per year = $10 million
Project period = 10 years
Discount rate = 12%
Annuity PV factor for 10 years at 12% = 5.650
Total PV of the cash flows = $56.5 million (5.650 * $10 million)
NPV of the project = $33.5 million
Annualized NPV = $33.5 million/5.650
= $5,929,204
Discounted cash flow rate of return = Annualized NPV/Investment * 100
= $5,929,204/$23,000,000 * 100 = 26%
