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.
Answer:
$120,500
Explanation:
Uchimura Corporation
Total Company
Divisional segment margin $132,800
($84,100 + $48,700)
Less common fixed costs not traceable to the individual divisions X
Net operating income $ 12,300
Hence:
Common fixed costs not traceable to the individual divisions= $132,800 − $12,300
= $120,500
Therefore the amount of the common fixed expense not traceable to the individual divisions will be $120,500
The power point feature that include pre-programmed settings that specify degrees of intensity for fills, lines and special effects such as shadows and bevels is EFFECTS.
Answer:
Answer is option b, i.e. purchase of natural gas by U.S. households.
Explanation:
Consumption component of U.S. GDP includes purchase of various durable goods, non-durable goods, and also various intangible services. But anything that is purchased as a means of investment rather than for personal consumption is not regarded as consumption component in GDP. Here, purchase of newly constructed houses is an asset and thus, is not included in these components. Similarly, purchase made for business purposes is also excluded from the list of consumption components.
Answer:
The correct answer is B.
Explanation:
Giving the following information:
Future value= 5,000*4= $20,000
i= 8%
number of years= 5 years
To calculate the present value of the investment, we need to use the following formula:
PV= FV/ (1+i)^n
PV= 20,000/ (1.08^5)
PV= $13,611.664
