Answer:
Proposal A
3.75 years
Proposal B
3.375 years
Explanation:
<u>Proposal A</u>
Payback = 3.75 years
Year Cash Inflow Initial Investment Balance Year Count
0 0 1,050,000
1 $280,000 770,000 1
2 $280,000 490,000 2
3 $280,000 210,000 3
4 $280,000 0 *3.75
* 1050,0000 / 280,000 = 3.75 years
<u>Proposal B</u>
Payback = 3.375 years
Year Cash Inflow Initial Investment Balance Year Count
0 0 1,050,000
1 $350,000 700,000 1
2 $3150,000 385,000 2
3 $280,000 105,000 3
4 $280,000 0 *3.375
* ( 3 + ( 105,000 / 280,000 ) ) = 3.75 years
Answer:
.increased capital
.increase in working population
Answer:
The correct answer is hot site.
Explanation:
A hot site is a site where a company's operation can take place after a disaster. it is a duplicate of the original site and is situated at an off-premises location. It is a backup site which has all the equipment that is required to continue operations. it is always online and immediately available.
A warm site has lesser equipment than a hot site and requires more time to be operational. A cold site has the least equipment and takes a few days to be operational but is the cheapest alternative.
Since the company here wants the business to resume in the least time it should go for a hot site.
Answer:
1. $12.31
2. -11.96%
Explanation:
a) Calculation to determine the intrinsic value of a share of Xyrong stock
First step is to calculate the Required Return
Using this formula
Required Return = Risk-free Rate + [Beta * (Expected Market Return - Risk-free Rate)]
Let plug in the formula
Required Return= 5.5% + [2.7 * (17% - 5.5%)]
Required Return= 5.5% + 31.05% = 36.55%
Second step is to calculate g using this formula
g = ROE * (1 - Payout Ratio)
Let plug in the formula
g= 18% * (1 - 0.25)
g= 13.5%
D0 = EPS0 * Payout Ratio = $10 * 0.25 = $2.50
P0 = [D0 * (1 + g)] / [r - g]
= [$2.50 * (1 + 0.135)] / [0.3655 - 0.135]
= $2.8375 / 0.2305 = $12.31
b). Holding Period Return = [P1 + D1 - P0] / P0
= [$8 + $2.8375 - $12.31] / $12.31 = -$1.4727 / $12.31 = -0.1196, or -11.96%
