<span>In the early days of it, the cio would report to the ____ as it was seen as a way to control costs. as technology has become more strategic and able to deliver a competitive advantage, cios now report directly to the ____.</span><span>
CFO; CEO</span>
Answer:
A) $56.5
Explanation:
Data:
Project S
Initial cost $10,000
Y1 CF = $6,000
y2 CF = $8,000
Project L
Initial Investment = $10,000
Y1-Y4 CF = $4,373
Solution:
<u>For Project S</u>
We shall prolong the project to four years so it can be easily compared to project L
Following shall be the cashflow stream:
Y0=-$10,000 Y1=$6,000 Y2=-$2,000($8,000 CF - $10,000 outlay for prolonging the project second time) Y3=$6,000 Y4=$8,000
Now to discount the cashflow
![NPV=-10000/(1+0.0925)^0+6000/(1+0.0925)^1-2000/(1+0.0925)^2+6000/(1+0.0925)^3+8000/(1+0.0925)^4](https://tex.z-dn.net/?f=NPV%3D-10000%2F%281%2B0.0925%29%5E0%2B6000%2F%281%2B0.0925%29%5E1-2000%2F%281%2B0.0925%29%5E2%2B6000%2F%281%2B0.0925%29%5E3%2B8000%2F%281%2B0.0925%29%5E4)
![NPV=4033.40](https://tex.z-dn.net/?f=NPV%3D4033.40)
<u>For Project L</u>
In order to calculate present value of the annuity, following formula will be used:
![PV=PMT(1+(1/(1+r)^n)/r](https://tex.z-dn.net/?f=PV%3DPMT%281%2B%281%2F%281%2Br%29%5En%29%2Fr)
<em>NPV = Initial outlay - PV</em>
![4373(1+(1/(1+0.0925)^4)/0.0925=14089.9](https://tex.z-dn.net/?f=4373%281%2B%281%2F%281%2B0.0925%29%5E4%29%2F0.0925%3D14089.9)
![NPV=-10000+14089.9](https://tex.z-dn.net/?f=NPV%3D-10000%2B14089.9)
![NPV=4089.9](https://tex.z-dn.net/?f=NPV%3D4089.9)
Now, we can easily calculate how much value will the firm gain or lose if Project L is selected over Project S
![Value=NPV(L)-NPV(S)](https://tex.z-dn.net/?f=Value%3DNPV%28L%29-NPV%28S%29)
![Value=4033.40-4089.90](https://tex.z-dn.net/?f=Value%3D4033.40-4089.90)
![Value=56.50](https://tex.z-dn.net/?f=Value%3D56.50)
<em>*all figures are rounded off to two decimal points*</em>
Money demand for transactions
Answer:
Monthly Interest rate = 0.475%
EAR = 5.85%
Explanation:
a.
APR = 5.7%
Monthly Interest rate = APR / n
Monthly Interest rate = 5.7% / 12
Monthly Interest rate = 0.475%
b.
APR = 5.7%
m = 12
EAR = [ ( 1 + (APR / m))^m] - 1
EAR = [( 1 + (0.057 / 12))^12] - 1
EAR = [( 1 + 0.00475 )^12] - 1
EAR = [( 1.00475 )^12] - 1
EAR = 1.0585 - 1
EAR = 0.0585
EAR = 5.85%
True monthly rate of interest is 0.475%
EAR is 5.85%
To break even they must be able to sell 1,100 tickets during the event.
The immediate cost is set at
$2,000 (player fees) + $1600 (worker fees) = $3,600
Assuming that fans would reach around 200 people that would be:
$3 X 200 =$600 (free bat costing)
Overall cost would be at: $3,600 + $600 = $4,200
To break even the computation will be as follows:
2,500 tickets X $5 = $12,500
$12,500 - $4,200 = $8,300 in earnings