Answer:
The correct answer is: monetary value of all final goods and services produced within the borders of a nation in a particular year.
Explanation:
GDP of a nation can be defined as the monetary value of all the goods and services that are produced within the geographical boundaries of the nation in a year.
The GDP does not include intermediate goods and services as it may lead to double counting. The reselling of objects is also not included.
It is used to measure the health of a nation's economy. It shows the level of economic activities in a nation. An increase in GDP means economic growth.
Answer:
C $ 596.39
total payment 7,156.68
Interest expense 2,156.68
Explanation:
6,000 - 1,000 = 5,000 amount to finance
We will calcualte the cuota of an annuity of 6 years with semianual payment at 12% annual rate.
PV $5,000.00
time 12 (6 years times 2 payment per year)
rate 0.06 (12% annual we divide by 2 to get semiannual)
C $ 596.39
The total amount paid will be the cuota times the time of the loan:
Total amount paid
596.39 x 12 = 7,156.68
The interest will be the difference between the total amount paid and the principal of the loan
Interest paid
total payment 7,156.68
principal (5,000)
Interest expense 2,156.68
They use The Economic Analysis Method to assign an monetary value, because it is often difficult to assign a value. This approach ( The Economic Analysis Method) states that, the patents value is the replacement cost, or at least the right amount to replace the protection right on the invention.
I hope this answered your question! :^)
The right answer for the question that is being asked and shown above is that: "a. shareholders." According to the agency problem, shareholders represent the principals of a corporation. They have to represent the whole company as a whole.
Answer:
12.93%
Explanation:
Given that the amount of 300 is invested for 3 years, while the amount of 100 is invested for 2 years and 100 is invested for 1 year.
also amount accumulated in three years = 800
Applying the formula to find the future value we get
300(1+r)^3 + 200(1+r)^2 + 100(1+r) = 800
which can be further simplified to
300r^3+1100r^2+1400r+600=800
where, r is the effective rate of interest which we have to find out
The above equation is cubic in r, so to solve this we can use equation solver. When we put this equation in equation solver we get
r = 0.12926
r ≅ 0.1293
Therefore, effective rate of interest = 12.93%
