Answer:
A) initial outlay = $150 million
Cash flow year 1 = [($30 - $25) x 0.6] + $25 = $28
Cash flow year 2 = [($30 - $25) x 0.6] + $25 = $28
Cash flow year 3 = [($30 - $25) x 0.6] + $25 = $28
Cash flow year 4 = [($30 - $25) x 0.6] + $25 + ($25 x 60%) + $50 = $93
B) Using a financial calculator, NPV = -$16.85 million
C) cash flow year 4 should increase by $24.667 million, meaning that the selling price must increase by $$24.667/0.6 = $41.11 million
minimum selling price $25 + $41.11 = $66.11 million
Answer:
Net foreign lending would be equal to <u>$4 billion</u>.
Explanation:
This can be computed using the formula for computing the total output of an open economy as follows:
Y = C + G + I + NX .................................. (1)
Where;
Y = Total Output = $35 billion
C = Desired consumption = $15 billion
G = Government purchases = $10 billion
I = Desired investment = $6 billion
NX = Net foreign lending = ?
Substituting the values into equation (1) and solve for NX, we have:
$35 = $15 + $10 + $6 + NX
$35 - $15 - $10 - $6 = NX
NX = $4 billion
Therefore, net foreign lending would be equal to <u>$4 billion</u>.
Well, since there's no options
Accounting : providing information regarding all financial aspects in the company
Marketing : determining kinds strategies to introduce company's products to the market
Management : Organizing all part of the company in order to reach company's goal
Answer:
$418,550
Explanation:
Steps are shown below:
a. The computation of the economic order quantity is shown below:
= 
= 
= 2,040 units
b. The number of orders would be equal to
= Annual demand ÷ economic order quantity
= $52,000 ÷ 2,040 units
= 25.49 orders
c. The average inventory would equal to
= Economic order quantity ÷ 2
= 2040 units ÷ 2
= 1,020 units
d. The total cost of ordering cost and carrying cost equals to
Ordering cost = Number of orders × ordering cost per order
= 25.49 orders × $50
= $1,275
Carrying cost = average inventory × carrying cost per unit
= 1,020 units × $1.25
= $1,275
So, the total annual cost would be
= Purchase cost + ordering cost + carrying cost
= $416,000 + $1,275 + $1,275
= $418,550
Purchase cost = Annual demand × cost per unit
= 52,000 × $8
= $416,000
