Workplace injuries are used to prevent musculoskeletal problems at work. Ergonomics aids in the prevention of workplace injuries such as occupational diseases, accidents, mental stress, and major strains.
What is Ergonomics?
"Law of Work" is the most basic definition of ergonomics. Ergonomics is defined as the link between individuals and their workplace environment, with a focus on the workers' physical capabilities and comfort.
Workplace environment is healthy; employees should not be physically forced to perform duties; 8 hours of work per day is sufficient; otherwise, employees may experience mental stress as well as major workplace strains or injuries.
As a result, if workers are exposed to these known risk factors for MSDs, they are more likely to be injured at work.
Learn more about workplace ergonomics , here:
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Answer:
$287.01
Explanation:
The 2 stage dividend discount model would be used to determine the current value of the stock.
first stage
Present value in year 1 = (1.6 x 1.16) / 1.071 = 1.73
Present value in year 2 = (1.6 x 1.16²) / 1.071² = 1.88
Present value in year 3 = (1.6 x 1.16³) / 1.071³ =2.03
Present value in year 4 = (1.6 x 1.16^4) / 1.071^4 = 2.20
second stage
[ (1.6 x 1.16^4) x (1.06) ] / (0.071 - 0.06) = 279.17
Value of the stock = 1.73 + 1.88 + 2.03 + 2.20 + 279.17 = $287.01
The behavior which demonstrates courtesy toward others in the workplace is, consulting with a coworker before intervening in one of his or her projects.
Answer: Option D.
Explanation:
Courtesy is being polite and kind. It means showing politeness in ones behavior. So the most appropriate behavior of courtesy in workplace is mostly certainly consulting before involving in his/her project.
Asking before intervening is important so as to avoid any conflict between the workers and it is also a good gesture towards other co workers. This thus demonstrates the courtesy towards others. Consulting shows respectfulness towards the other person, thus resulting in courtesy behavior.
Answer:
The correct answer is C.
Explanation:
Giving the following information:
Production and sales estimates for April are as follows: Estimated inventory (units), April 19,000 Desired inventory (units), April 30 18,000 Expected sales volume (units): Area 3,000 Area 4,750 Area 4,250
Production:
Sales= 12,000
Ending inventory= 18,000
Beginning inventory= (19,000)
Total= 11,000 units
Given:
Future value, F=60508.29
Monthly payment, A = 165
Compounding period = month
Number of periods, n = 12*12=144
interest per period = i [ to be found ]
We have the relationship
F=A((1+i)^n-1)/i
but there is no explicit formula for i for given F, A and n.
We need to solve a non-linear equation for the value of i, the monthly interest rate.
One of the ways is to solve it by fixed iteration, i.e.
1. using the given relation, express i in terms of other parameters.
2. select an initial value of i
3. evaluate i according the equation in step 1 until the value is stable.
Here we will use the relationship to express
i=((60508.29*i)/165+1)^(1/144)-1 [ notice that i is on both sides of = sign ]
using an initial value of i=0.01 (about 1% per month).
Successively, we get
i=((60508.29*0.01)/165+1)^(1/144)-1=0.01075571
i=((60508.29*0.01075571)/165+1)^(1/144)-1=0.011160681, similarly
i=0.0113685
i=0.0114728
i=0.0115246
i=0.0115502
i=0.0115628
i=0.0115690
i=0.0115720
Assuming the above has stablilized, and the APR is 12 time the above value, namely
Annual percentage rate = 0.01157205998210142*12=0.13886=13.89%