Answer:
False
Explanation:
Among the various reasons, Japan is a high country saving rate relative to investment that cause a significant trade surplus. A higher saving rate generally corresponds to trade surplus. Japan socio-political and economical conditions reveals that people have a high propensity to save. Many reason like high life expectancy rate, underdeveloped social security and tax incentives for income from capital and frequent environmental hazards attributed to the high rate of saving in Japan.
With the high rate of savings relative to domestic investment, Japan invest more funds in other countries(net capital outflow increases). This is matched with high net exports leading to a trade surplus.
<span> the equilibrium quantity of day care that is produced will be: </span><span>lower than socially optimal.
Positive externalities under this circumstances refers to the third-party that would be benefited from a certain economic transaction. In adult-day care, the third party is benefited because the people who use the services are not the one that who actually pay for the service</span>
The best explanation for the relatively horizontal area of the short run aggregate supply curve is that, "with an economy operating below potential output, an increase in aggregate demand causes real output to increase."
The short-run aggregate supply curve is horizontal. This happens because in the short-run production can be increased without any real effect on the average costs of production.
The horizontal short-run aggregate supply curve shows that even if the output increases, the price remains the same. So here the aggregate demand curve can shift to the right and can meet the aggregate supply curve at a new point.
Hence, here the price level will remain unchanged.
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Answer:
A) Outsourcing
Explanation:
Outsourcing is sourcing labor and talent internationally rather than domestically.
Answer:
$739.72 ≈ 739.72
Explanation:
we can use an excel spreadsheet and the present value function to calculate the expected price of each bond ⇒ =PV(rate,nper,pmt,fv,[type])
- fv = $1,000
- pmt = $1,000 x 7.25% x 1/2 = $36.25
- nper = 60
- rate = 10% / 2 = 5%
- present value = ?
=PV(5%,60,36.25,1000) = -739.72 since excel calculates the initial investment, it is always negative, so we just change the sign.