Answer:
The current stock price is $13.60
Explanation:
D1 = $0.53
D2 = $0.58
D3 = $0.73
D4 = $1.03
Growth rate, g = 3.60%
Required return, r = 10.00%
D5 = D4 * (1 + g)
D5 = $1.03 * 1.036
D5 = $1.06708
P4 = D5 / (r - g)
P4 = $1.06708 / (0.10 - 0.036)
P4 = $16.673125
P0 = $0.53/1.10 + $0.58/1.10^2 + $0.73/1.10^3 + $1.03/1.10^4 + $16.673125/1.10^4
P0 = $13.60
So, current stock price is $13.60
When the manager wants to add more client pcs to an office, but there are not enough ports available, a powerline adapter should be added to resolve the issue.
Using the electrical cabling, a powerline adaptor connects your computer to the internet. A powerline adaptor allows you to genuinely benefit from both worlds. Because a powerline adaptor still uses an Ethernet cable, albeit to a lesser extent, it is sometimes referred to as a powerline-Ethernet adaptor. Powerline adapters will function to connect your gaming computer or console to high-speed Internet, but they are not the greatest choice. It is advantageous that powerline adapters have lower latency than Wi-Fi. In contrast to their alternatives, they don't have the same level of dependability or quickness.
Learn more about powerline adapters here:
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The correct answers to these open questions are the following.
Maple Farms, Inc. v. City School District of Elmira.
Could something like this bankrupt a company?
Yes, it can, if the proper forecast were not done taking into consideration all of the possible variables at medium and long-range.
Do you agree with the decision?
It was a tough decision because the court declared in its decision that the performance was not impracticable, as Maple Farm Inc indicated when decided to break the contract.
In strict theory, I agree with the court's decision because the explanation was that an "impractical" occurred when an event happened totally unexpected. And in this case, Mapple Farm Inc could have taken extra provisions knowing that milk had a 10% increase the last year and had the chance of more increases in the present year.
That is how a company can avoid this type of situation. Taking better provisions, contemplating all kinds of variables, knowing that in the future, something unexpected can happen and could be prevented with the proper forecast.
Answer:
MR = 10 – 1q1.
Explanation:
Demand function, P = 20 – 0.5Q
Q = q1 + q2
Now insert Q in the P = 20 – 0.5Q.
P = 20 – 0.5 (q1 + q2)
We have the value of q2 = 20.
P = 20 – 0.5 (q1 + q2)
P = 20 – 0.5 (q1 + 20)
P = 20 – 0.5q1 – 10
P = 10 – 0.5q1
Total revenue of firm 1, TR = Pq1
TR = 10q1 – (0.5q1)^2
Now MR is the differentiation of TR. So the MR after differentiation if TR of firm 1 is:
MR = 10 – 1q1
Answer: Total product cost per unit if 12,500 units = $13.
Explanation:
Given that,
Direct labor = $2
Direct material = $3
Variable overhead = $4
Total variable cost = $9
Fixed overhead ($50,000/10,000 units) = $5
Total product cost per unit = $14
Fixed Overhead at 12500 units = 
= $4
∴ Total product cost per unit if 12,500 units = Total variable cost per unit + Fixed Overhead at 12500 units
= 9 + 4
= $13
