Answer:
The public debt owed by Eastland is $400 million
Explanation:
In this question, we are asked to calculate the amount of public debt in Eastland.
Public debt refers to the amount of money owed by a country to external borrowers.
It doesn’t include such debt that the country owes itself. For example, debts owed by one agency of government to another.
Hence to calculate the public debt of Eastland, we add the amount of debts owed by citizens of Eastland + Amount of debts owed by foreign citizens in Eastland .
Amount of debt owed by citizens of Eastland is $200 million while the amount of debt owed by foreign citizens is also $200 million.
Mathematically the public debt will be ; $200 million + $200 million = $400 million
Answer:
Option C: Production Era
Explanation:
The production era. Is known as Stage 2 of marketing's evolution. found in the 1930s, highest production capability than ever before. The problem now became competition then. It was characterized by mass production of lots of products increased the availability of product in the marketplace that is available.
If a nation's currency drops in value significantly, the International Monetary Fund could step in and buy the currency so that some stability could occur economically
Answer:
C. the MC curve passes through the minimum point of the ATC curve.
Explanation:
Marginal cost is the cost of producing additional unit, it is upward sloping as generally the cost that is additional as it tends to increase with increase in output.
Whereas Average Total Cost is a U shaped curve, it basically starts from a high point and then tends to decrease as the increase in number of units with constant fixed cost tends to decrease the average, but ultimately after it reaches its lowest point it tends to increase because now to produce units, there is extra cost required.
The Marginal Cost Curve touches the Average Total Cost curve at its lowest.
Answer:
A) 100
Explanation:
total sales 3,600 units
cost per unit $200
cost of placing order $40
holding cost $20 per year
working days 360 per year
lead time 5 days
If Mark orders 200 units each time, his average inventory ?
daily sales = total sales / working days = 3,600 / 360 = 10 units per day
number of orders per year = 3,600 / 200 = 18
Mark places one order every = 360 days / 18 orders = 20 days
average inventory = (200 units / 20 days) x 10 days = 100
I assume that mark has some type of safety stock that allows him to hold enough inventory to cover for the 5 day lead time.
