Answer:
The average job lateness for the sequence developed is 328 days
Explanation:
Given that the initial work day is base on day 275, the following is going to be the new sequence of the given jobs:
Job Due Date
A 318 5
B 317 3
C 320 8
D 327 16
E 364 40
Therefore, the average job lateness is calculated as follows:
(318+317+320+327+364)/5=328 Days
I’d say Outcome visualization since it involves seeing yourself achieving your goal.
Hi, your question isn't clear. Nevertheless, I inferred you want a sample policy document.
<u>Explanation:</u>
Note, a forensic analyst is charged with ensuring there are no security threats to digital infrastructures. Thus, a <u>sample policy and processes document may read; </u>
- Access to the Lab is restricted to certain employees
- Lab employees must ensure they lock their offices when not in use.
- Lab employees must put on their access cards to gain entry into the lab.
- External storage devices are prohibited from entering and leaving the lab.
- Visitors should be monitored and must be made to adhere to all the restrictions.
Answer: Option (a) is correct.
Explanation:
Advanced technology is a determinant of supply and consumer taste & preferences is a determinant of demand.
Therefore, improvement in technology in catching fish will lead to increase the supply of fish and this will shift the supply curve rightwards. On the other hand, eating fish prevents heart attacks, hence, consumer's demand for fish increases, as a result demand curve for fish also shifts rightwards.
This will lead to increase the equilibrium quantity but effect on equilibrium price is ambiguous because it will be depend upon the magnitude of the shifts of demand and supply curve.
Answer:
The correct option is B,$29.05
Explanation:
The required rate of return is can be computed using Miller and Modgiliani CAPM formula below:
Ke=Rf+Beta*Mrp
Ke is the cost of equity which is unknown
Rf is the risk free rate of 3.00%
Mrp is the market risk premium of 5.50%
Beta is 1.2
Ke=3.00%+(1.2*5.50%)
Ke =9.6%
The current price of the common stock is the present value of dividends payment and stock price(terminal value) as shown below discounted with Ke of 9.6%
Year 1 $1.25*(1+25%)=$1.56
*1/(1+9.6%)^1=$1.43
Year 2 $1.56*(1+25%)=$1.95
*1/(1+9.6%)^2=$1.63
Year 3 $1.95*(1+25%)=$2.44
*1/(1+9.6%)^3=$1.85
Year 4 $2.44*(1+25%)=$3.05
*1/(1+9.6%)^4=$2.11
Terminal value=year 4 dividend/ke=$3.05/9.6%=$31.79*1/(1+9.6%)^4=$22.03
Total present values=$1.43
+$1.63+$1.85
+$2.11
+$22.03=$29.05
