Answer:
Huduko Inc.
The number of servers in this system is:
= 200.
Explanation:
a) Data and Calculations:
Utilization rate = 30%
Interarrival time of jobs = 8 milliseconds (0.008)
Coefficient of variation = 1.5
Average jobs waiting in the queue to be served = 20
Number of jobs in process = 60
Number of servers processing the 60 jobs = 60
Since the number of servers processing at a time is 60 with a utilization rate of 30%, it means that there are 200 servers in the system (60/30%).
The performance management approach that uses job performance evaluations to identify a company's best, average, and worst performing employees, using person-to-person comparisons, is known as "forced ranking".
<h3>What is forced ranking?</h3>
The contentious practice of "forced ranking," which grades employees against one another rather than against performance standards, is very popular in corporate America.
The problem with forced ranking are-
- This can lead to a lack of motivation and disengagement among employees as well as unneeded internal competition that can harm collaboration, creativity, and innovation and divert attention from market competition.
- Although contentious, forced ranking systems are legal. Employers who choose to take action based on those rankings, however, run a number of legal dangers.
The forced rankings beneficial from an employee perspective, here are reasons-
- This system teaches a manager how to assess employees objectively with the right management training.
- When the management system needs to be improved or formalised, forced rankings are advantageous.
- An essential component of business is analysing trends and developments.
To know more about example of forced ranking, here
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Answer: 9.7%
Explanation:
Given Data
Rf = Risk free return = 6%,
Rpm = Risk premium = 4%,
Beta = 0.9
Wd = Debt = 20%
rd = cost of debt = 8%
We = equity = 80%
Re = Rf + Beta (Rpm)
= 0.06 +0.9 (0.04)
= 0.096 * 100
= 9.6%
Unlevered Equity Cost ;
ReU= Wd × rd + We × re
= 0.20 × 8% + 0.80 × 9.6%
= 9.28%
Levered Equity Cost:
New Debt = 60%,
New Equity = 40%,
New rd = 9%
ReL = ReU + (ReU - rd) (D ÷ E)
= 9.28% + (9.28% - 9%) (0.60 ÷ 0.40)
= 0.097 * 100
= 9.7%
<span>To calculate the average collection period: the average accounts receivable balance divided by average credit sales per day.
With $1,000,000 per year, that is $2739.73 per day.
The average accounts receivable is ($80,000 + $60,000) / 2 = $70,000
$70,000 / $2,739.73 = 25.6 days</span>
Answer:
c $11,600
Explanation:
At 4,000 units the unit cost for the fixed manufacturing overhead is 2.90 dollars
We multiply it by 4,000 to know the total amount
$2.90 x 4,000 units = $ 11,600
These will be fixed cost thus, will not change when we produce between the relevant rage of 2,500 to 5,500 units
