Explanation:
A. Environmental Sources of Stress:
It is the stressors arising from environmental factors that can threaten the employee's work in some way.
2- Economic uncertalinty
5- Technological change
B. Organizational Sources of Stress:
This stress derives from internal or external conflicts that can occur at work, such as personal charges and poor relationships with other employees.
1. Task demands
4. Interpersonal demands
C. Personal Sources of Stress:
These are the stressors arising from the employee's personal life, which can directly impact the quality with which the employee performs his work.
3. Economic problems
6. Family problems
Answer:
$2.41
Explanation:
1 January-September 30 84,180*9/12=63,135
1 October-31 December (84,180+30,000)*3/12=28,545
Weighted average of common stocks outstanding =91,680
Earning per share (EPS)=Net Income/Weighted average common stocks
EPS=$221,062/91,680
EPS=2.41
Under the 7-to-1 rule, the maximum salary that would be paid to the highest-paid manager is $105,000.
Data and Calculations:
Lowest-paid employee's annual earnings =$15,000
Maximum-Minimum Salary Rule = 7-to-1
The maximum salary paid to the highest-paid manager = $105,000 ($15,000 x 7).
Thus, the maximum salary paid to the highest-paid manager under the company's 7-to-1 rule is $105,000.
Learn more: brainly.com/question/3854368
Answer:
I would recommend Machine 7745
Explanation:
Machine 7745
initial outlay = $8,000
operational costs per year = $300
depreciation cost per year = $700
salvage value (at year 10) = $1,000
total costs per year (1 - 9) = $1,000
total costs year 10 = $0
using an excel spreadsheet, the IRR = 2%. Since you are analyzing costs only, not incremental revenue, then you must select the project with the lowest IRR.
Machine A37Y
initial outlay = $8,000
operational costs per year = $260
depreciation cost per year = $800
total costs per year (1 - 10) = $1,060
using an excel spreadsheet, the IRR = 4%
Answer:
the number of units should be produced is 26,000 units
Explanation:
The computation of the number of units should be produced is as follows:
Units to be produced is
= Expected sales units + ending inventory units - beginning inventory units
= 23,000 units + 18,000 units - 15,000 units
= 26,000 units
Hence, the number of units should be produced is 26,000 units
