Answer:
a) decrease the quantity demanded
Explanation:
According to the law of demand, an increase in the price of a good reduces the quantity demanded for that good.
Answer:
$62,267.91
Explanation:
first we must calculate the interest rate = 10% + 6% + (10% x 6%) = 16.6%
now we can use the present value formula:
present value = future value / (1 + rate)ⁿ
present values for:
- cash flow year 0 = $17,100
- cash flow year 3 = $46,500/1.166³ = $29,333.06
- cash flow year 4 = $12,300/1.166⁴ = $6,654.43
- cash flow year 7 = $26,900/1.166⁷ = $9,180.42
total present value = $62,267.91
Answer:
The answer is explained below
Explanation:
The companies board of directors as well as you would consider whether it is best to install the scubber system. When determining whether to install the scubber system both short and long term consequences are to be considered. If presently, the level of pollution is legal, you need to consider if in the future it would be legal? if the installation of the scubber system would affect the public relations of the company. After considering all this, it would be better to install because the pollution can lead to death, and the neighborhood can sue the company. Also the EPA regulations can be regulated.
Answer:
a. $343.7 billion
b. $331.9 billion
c. $334.1 billion
Explanation:
The computation is shown below:
a. For GDP
GDP = Personal consumption expenditures + Government purchases + Net private domestic investment + Consumption of fixed capital + net exports
where,
Net exports = U.S. exports of goods and services - U.S. imports of goods and services
= $17.8 - $16.5
= $1.3 billion
So, the GDP would be
= $219.1 + $59.4 + $52.1 + $11.8 + $1.3
= $343.7 billion
b. For NDP
NDP = GDP - Consumption of fixed capital or depreciation
= $343.7 - $11.8
= $331.9 billion
c. For NI
NI = GDP + Net foreign income
= $331.9 billion + 2.2 billion
= $334.1 billion
All values are in billions