There are three ways in which a manager can redesign an employee's job: <u>job enrichment, job enlargement and job rotation.</u>
Explanation:
There are three ways a manager can redesign an employee's job:
- job enrichment,
- job enlargement
- job rotation.
Job redesign is an technique using which job responsibilities, tasks are reviewed, and are re-allocated among the employees, to improve output. Redesigning jobs can lead to improvements in both productivity and in job satisfaction. of the employees
For example: Samantha is , a customer service representative at a large call center. She performs the same task of attending phone calls on a daily basis .This redundancy of task will lead to the reduction in the productivity of Samantha. To increase her productivity the HR plans to redesign her job,the HR might increase or decrease the number of calls she takes each day OR THEY might plan to give her training so that she can be moved to a more specialized group, such as tech support or sales, or the HR might change her role, such as to a supervisory or training position.
This change in the job profile(Job Redesign) of Samantha will lead to an increase in the productivity and motivation.
Answer:
-0.10
Explanation:
To calculate this, we us the formula for calculating elasticity of demand (E) relevant for the demand equation as follow:
E = (P / Q) * (dQ / dP) .............................. (1)
Where,
Q = 30
P = 90
E = -0.3
dQ / dP = b = ?
We then substitute all the value into equation (1) and have:
-0.3 = (90 / 30) * b
-0.3 = 3 * b
b = -0.3 /3
b = -0.10
Therefore, appropriate value for the price coefficient (b) in a linear demand function Q is -0.10.
NB:
Although this not part of the question, but note that how the linear demand function will look can be obtained by first solving for the constant term (a) as follows:
Q = a - 0.10P
Substituting for Q and P, we can solve for a as follows:
30 = a – (0.1 * 90)
30 = a – 9
a = 30 + 9 = 39
Therefore, the linear demand equation can be stated as follows:
Q = 39 – 0.1P
Answer:
Option C is correct
Explanation:
Using straight line depreciation method we can calculate the annual depreciation of the machinery, which can be calculated from the following formula:
Straight Line Depreciation = (Cost - Salvage Value) / Useful value
Straight Line Depreciation = ($95000 - $5000) / 5 years life = $18,000
The double entry would be:
Dr Depreciation Expense $18,000
Cr Accumulated Depreciation $18,000
Answer
The answer and procedures of the exercise are attached in a microsoft excel document.
<em>You didn´t post the complete information of the exercise, I searched the exercise online and tried to ask the most useful question.</em>
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Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
Answer:
- Melba's adjusted basis for the land at the Acquisition date is $625000
- Melba's adjusted basis for the land one year later is $645000
Explanation:
The adjusted basis for a property/land is the net cost of the property after adjusting for factors that might attract tax as related to the land
The adjusted basis for the land at the acquisition date is the net cost of the land at the acquisition date which will be ( $225000 + $400000 ) because that was the net cost of the Land at the date of acquisition before an agreement was later reached by Melba requiring him to pay $400000 plus an interest of 5%
Hence the adjusted basis for the land one year later will be
= ( $225000 + $400000 ) + 5% of $400000
= ( $625000 ) + $20000
= $645000
