Answer:
Correct option is A 5.01%
Explanation:
Let irr be x%
At irr,present value of inflows=present value of outflows.
1,500,000=350,000/1.0x+475,000/1.0x^2+400,000/1.0x^3+475000/1.0x^4
Hence x=irr=5.01%(Approx).
Answer:
Total profit = $1800000 @ a given demand level of 100K units of swimsuit.
Explanation:
Lets first develop a formula representing the Total profit for any demand level, see as follows:
(Selling price per unit× d) - (cost per unit× d)= Total profit
We will be using the short forms of the components in this formula.
SP = selling price per unit
d= demand
cp= cost per unit
TP= Total profit.
Now lets substitute the values into the formula to compute profit at any demand level (in this case 100,000 units of swimsuits) as follows:
Total profit = ($40× 100000) - ($22× 100000)
Total profit = $4000,000 - $2200,000
Total profit = $1800000 @ a given demand level of 100K units of swimsuit.
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<em>(NOTE: The formula mentioned above can be used to compute the correct profit for any demand level, even though if there is a change in sp and/or cp, the formula can also be useful.)</em>
Answer: Home replication strategy
Explanation:
The competitive strategy should the company use based on these factors is the home replication strategy. In this strategy, there is a minimal need for flexibility or modifications.
Since the company finds weak pressure to respond to local demands and cost reductions are not necessary, then the home replication strategy is applicable.
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Answer:
8.13%
Explanation:
Annual return = [ (Total FV/Initial investment)^(1/n) ] -1
n = useful life of the project
Total Future Value = (22650*5) +5000
Total FV = $118,250
Initial investment = $80,000
Annual return = [ (118,250/80,000)^(1/5) ] -1
r = [ (1.478125^(1/5)] -1
r = 1.0813 - 1
r = 0.0813 or 8.13%
