Answer:
Instructions are listed below.
Explanation:
Giving the following information:
The initial investment for each project is $50,000. Project A will generate cash inflows equal to $15,625 at the end of each of the next five years; Project B will generate only one cash inflow in the amount of $99,500 at the end of the fifth year (i.e., no cash flows are generated in the first four years). The required rate of return of Ace Inc. is 10 percent.
To determine which project to choose we need to use the following formula:
NPV= -Io + ∑[Cf/(1+i)^n]
Cf= cash flow
Project A:
Io= -50,000
Year 1to 5= 15,625
NPV= $9,231.04
Project B:
Io= 50,000
Year 5= 99,500
NPV= -50,000 + 99,500/1.10^5= 11,781.67
The highest NPV is the best option. Therefore, project B is the best.
Answer:
c. cost approach
Explanation:
The cost approach is a real estate valuation method in which the price estimated regarding the buyer that have to pay for the property and the same is equivalnet to the cost for creating a buidling.
Here the property value should be equivalent to the land cost also add the construction cost and minus the depreciation expense
So as per the given situation, it is the cost approach that determined the market value of the property
Answer: The optimal price is higher than market price by less than $0.50.
Explanation:
Since, it was given that Coase theorem doesn't hold in this situation, hence, the social marginal cost is greater than the private marginal cost by $0.50. The social marginal cost curve lies towards the left of demand curve.
Since the demand and supply curve are not perfectly elastic or inelastic, so the optimal equilibrium occurs at a point (price) which is greater than the prevailing market price, but the difference in the price is less than $0.50.
Therefore, the optimal price is higher than market price by less than $0.50.
Answer:
781 units
Explanation:
Under the CVP concept, the break-even point is calculated by dividing the fixed costs by the contribution margin per unit.
i.e., break-even point = fixed cost/ contribution margin per unit
Currently, fixed costs are $213,000, an increase of 10% will take to
=(10/100 x $213,000) + $213,000
=$21,300 + 213,000
=$234, 300
The selling price is $250, an increase of 40%
=$250 x 1.4
=$350
variable cost will remain the same this year and the following year
Current variable costs are 20% of sales
=20/100 x 250
=0.2 x 250
=$50
Contribution margin will be new selling price - variable costs
=$350-50
=$300
Break-eve point = $234, 300/300
=781 units
Answer:
Cost of Quality Report
Quality Cost Quality Cost Percent of Total Percent of
Classification Quality Cost Total Sales
Prevention $23,400 10.0% 1.3%
Appraisal $46,800 20.0% 2.6%
Internal failure $70,200 30.0% 3.9%
External failure $93,600 40.0% 5.2%
Total $234,000 100.0% 13.0%
percent of total sale = quality cost/$1,800,000
