Answer: True
Explanation:
Marginal externality is constant. However, it may not be calculated with accuracy. Hence, there's need for estimates at reasonable levels.
Hence, the policymaker's estimate of $35/ unit is reasonable and within the acceptable range of between $10 and $50/unit. Also, the tax charge raises social welfare compared to no tax at all.
Answer:
Total FV= $678.615.02
Explanation:
<u>First, we need to calculate the value of the annuity at the end of the last payment:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {2,000*[(1.06^30) - 1]} / 0.06
FV= $158,116.37
<u>Now, the total future value after 25 years:</u>
FV= PV*(1 + i)^n
FV= 158,116.37*(1.06^25)
FV= $678.615.02
Answer:
The difference between autonomous expenditure and induced expenditure is as follows:
The autonomous expenditure is incurred even without a disposable income. The expenditure is incurred to provide basic necessities of life. In such a situation, the person spends from savings account or borrows to ensure that the basic necessities are provided.
On the other hand, induced expenditure is a disposable income-based expenditure. This implies that when disposable income rises, induced expenditure also rises, and vice versa. Induced expenditure is usually incurred to fund normal goods and services and not necessities. Without disposable income, there is no induced expenditure.
All the four sectors of the economy engage in these expenditures. The public (government) and household sectors are mostly affected. However, even the business and non-profit sectors are also affected by these types of expenditure.
Explanation:
We can distinguish between two types of aggregate expenditure. The first one is autonomous aggregate expenditure, which does not vary with the level of real GDP while induced aggregate expenditure varies with real GDP.
Answer:
The correct answer is A.
Explanation:
Giving the following information:
On October 1, 2014, Mann Company places a new asset into service. The cost of the asset is $80,000 with an estimated 5-year life and $20,000 salvage value at the end of its useful life.
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= 60,000/5=12,000
3 months depreciation= 12,000/12*3= 3,000
Answer:
$ 5.34
Explanation:
Calculation for cost per equivalent unit for conversion costs for September
First step is to find the Equivalent units of production
To complete beginning work-in-process:
Conversion 12,000
[15,000 units × (100%-20% )]
Units started and completed 65,000
(89,000-24,000)
Ending work-in-process
Conversion 21,600
(24,000 units × 90%)
Equivalent units of production 98,600
Second step is to calculate the Cost per equivalent unit using this formula
Cost per equivalent unit =Cost added during the period ÷Equivalent units of production
Let plug in the formula
Cost per equivalent unit = $526,524÷98,600
Cost per equivalent unit = $5.34
Therefore The cost per equivalent unit for conversion costs for September is closest to $ 5.34
