Answer:
A) $0, no cash paid in 2016, both interest and principal were paid on March 31, 2017.
B) = [($90,000 x 8%) / 12] x 3 months = ($7,200 / 12) x 3 = $600 x 3 = $1,800
C) = $90,000 + $1,800 = $91,800
D) = ($600 x 6 months) + $90,000 = $3,600 + $90,000 = $93,600
E) = $600 x 3 months = $1,800
The value of cars produced by a Japanese company are part of United States Gross Domestic Product (GDP) as long as the cars are produced in a factory located within U.S. territory.
The reason why is that GDP includes the final value of all goods and services produed within a country, during a specific period of time (usually a year). If the cars are produce in U.S. territory, they are counted as part of U.S. GDP, even if the company is from Japan or any other country.
<span>Holly would want to run a parallel test. In this, she would be able to utilize the processing capability at some third-party location while still being able to use all of her own technical resources and not expending any of her own on-site. The activity at her center would not be lowered and would still be able to give the results she requires.</span>
Answer:
It will take 8 years and 113 days.
Explanation:
Giving the following information:
How many years will it take for an initial investment of $50,000 to grow to $75,000.
We need to use a variation of the future value formula:
FV= PV*(1+i)^n
Isolation n:
n=[ln(FV/PV)]/ln(1+r)
n= [ln(75000/50,000)] / ln(1.05)= 8.31
To be more accurate:
0.31*365= 113
It will take 8 years and 113 days.
Answer:
330 units are the economic order quantity
Explanation:
Here
Annual Demand = D = 11,700 Units
Ordering cost per purchase order = S = $44.25
Holding cost = H = $9.5
Economic order quantity = √(2SD/H)
Economic order quantity = √(2* $44.25 * 11,700 units/ $9.5 per unit per year)
Economic order quantity = 330 units
