when giving attitude-improving feedback to an employee, one should should deal with descriptions rather than judgements. This allows the person to have a detailed account of his/her attitude.
Judgements will raise critics and bias which will not help improve the attitudes of employees but rather cause stress and also affect their self esteem thereby affecting the work performance and decline in delivery.
On the other hand being descriptive is more optimistic and the employees can easily acknowledge their attitudes and take in account.
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Answer:
The rate of return on the risky asset is 16% and on treasury bill is 6% and we need a return of (1100-1,000)/1000= 10% or 0.1
If we think of x as the percentage investment in risky asset and 1-x as the investment in non risky asset we can mathematically find what proportion we need to invest in each asset to get this return.
16x+ 6(1-x)=10
16x+6-6x=10
10x=4
x=4/10
x= 0.4
This equation tells us that we should invest 40% in risky assets and 1-x which is 60% in treasury bills. We can test our answer by putting these values and see if the return is 10 %
(0.4*16)+(0.6*6)= Rate of return
Rate of return=10%
10% of 1000 = 100
100+1000=$1100
Explanation:
When job demands are so great that the worker feels the inability to cope, this is known as Role Overload
<h3>What is
Role Overload?</h3>
Generally, The sense that one's personal resources are being stretched too thin in order to meet the requirements of their job function is one kind of particular stressor known as "role overload" (Eatough et al., 2011).
As a consequence of this, role overload has the potential to result in resource depletion, which is a situation that may be comprehended via the lens of COR.
Read more about Role Overload
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they are a food or type of necessity given at no cost or profit
Answer:
$100
Explanation:
the marginal product per dollar spent on labor = 40 units / $20 = 2 units per dollar
the marginal product per dollar spent on capital = 60 units / $30 = 2 units per dollar
the marginal product per dollar spent on land = 2 = 200 / $X
$X = 200 / 2 = 100 ⇒ the cost per unit of land is $100
The marginal product per dollar spent on a factor of production (labor, capital or land) is MP(factor)/P(factor). It measures how many additional units of output can be obtained by spending $1 more in a factor of production.
