In an open economy, national saving equals to domestic investment and net capital outflow
Explanation:
In an open economy national saving as considered or calculated an equal to the domestic investment and net capital outflow.
The savings saved by the households are generally deposited in the the banks accounts and banks use this amount to give loans to the business organisation and they make money from these loans.
Apart from this, countries also invests in the other foreign countries which is also considered as domestic (national) saving.
Answer:
D
Explanation:
If the price of corn is above its equilibrium price, corn becomes more expensive to consumers. As a result, they reduce the quantity demanded of corn. there would be a movement along the demand curve for corn and not a shift of the demand curve.
Quantity supplied would also increase as a result of the high price. The fall in quantity demanded coupled with the rise in quantity supplied would lead to a surplus. Due to the surplus, sellers would reduce price until price falls to equilibrium price
That statement is false
according to <span>IX Boston Consulting Group Model, a star will became a<em> cash cow</em> </span><span>if it still has the largest market share under this circumstances.
This means that the company still making enough cash for its employees and still enjoy a pretty high-profit margin.
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Answer:
C) linked to the production and sale of some other item.
Explanation:
• Derived demand is an economic term describing the demand for a good/service resulting from the demand for an intermediate or related good/service.
• Derived demand is solely related to the demand placed on a good or service for its ability to acquire or produce another good or service.
• The principles behind derived demand work in both directions; if the demand for a good decrease, the demand for the goods required to produce the item will also decrease.
Answer:
Free cash flow = $2.25 million.
Explanation:
We know,
Free cash flow = Operating income ×( 1 - tax rate) + depreciation - net working capital.
Given,
free cash flow = ?
Operating income = $2.75 million
tax rate = 40%.
depreciation = $1.20 million.
net working capital = $0.6 million.
Putting the values into the formula, we can get
Free cash flow = [Operating income ×( 1 - tax rate) + depreciation - net working capital] million.
Free cash flow = [$2.75 ×( 1 - 40%) + $1.20 - $0.6] million.
Free cash flow = ($2.75 × 0.6 + $1.20 - $0.6) million.
Free cash flow = ($1.65 + $1.20 - $0.6) million.
Free cash flow = ($2.85 - $0.6) million.
Free cash flow = $2.25 million.
