Answer:
e. All of the above are inputs required for capital budgeting analysis.
Explanation:
All of the given parameters are inputs required for capital budgeting analysis. is an input required for a multinational capital budgeting analysis, given that it is conducted from the parent's viewpoint.
a. Salvage value
Salvage value is the estimated resale value of an asset at the end of its useful life. It is an applicable cashflow in investment appraisal
b. Price per unit sold
This is the parameter used to calculate the amount of revenue which is the first line of cashflows in an investment appraisal
c. Initial investment
This is the amount that is first spent on capital acquisition of machinery or construction, it is a cashflow in year 0, of investment appraisal
d. Consumer demand
This is the another parameter used to calculate the amount of revenue which is the first line of cashflows in an investment appraisal
Answer:
$33,540,000
Explanation:
initial investment:
- opportunity cost of land (resale price of land) = $10,700,000
- building cost of the facilities = $21,900,000
- other expenses related to the site (grading) = $940,000
- total $33,540,000
The purchase cost of the land is considered a sunk costs, since it is not relevant now. What is relevant is the price at which the land could be sold at the moment of starting the project.
Answer:There will be increase in supply and decrease in demand
Explanation:
One of the Law of demand states that the lower the price the higher the quantity demanded and vice versa, while for supply it states that the higher the price the higher the quantity supplied and vice versa.
Since the value of US dollar is still high then the supply will be high in the market, but with the expectation of future fall, demand will be low because buyers are waiting for drop in value. There will be excess supply and lower demand.
After a 12-week program of intense classroom and physical training (hands on), it will follow along with a 21-day Boot camp.
Hope this helped!
Answer:
= 7.77
≅ 8 kanban cards
Explanation:
K = 
K = Number of kanban card sets
D = Average number of units demanded over some time period
L = Lead time to replenish an order
S = Safety stock expressed as a percentage of demand
C = Container size
where,
D = If the average number of units demanded is 2400 and the time period is 2 hours, then that's 1200 in an hour, 1200 in 60 minutes, 20 in one minute.
L = 40
S = 0.1
C = 120
K = 20 * 40 (1 + 0.1) / 120
K = 7.77
approximately
≅ 8 kanban cards
