Job enrichment increases variety by integrating a series of tiny jobs into one new, bigger job, whereas job enlargement increases diversity by shifting personnel from job to job.
<h3>What are job enlargement and enrichment?</h3>
Job enlargement refers to broadening the scope of a job by extending the range of job duties and responsibilities on the same level and in the same area.
Position enlargement entails combining different operations at the same organizational level and adding them to an existing job.
Therefore, the first fill-up enlargement, and the second fill-up enrichment.
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Answer:
The correct answer is letter "B": Gerontographics.
Explanation:
Gerontographics refers to the study of elders according to their physical health. Gerontographics also considers old people's mental outlook. The information collected thanks to Gerontographics is used in the health industry. Gerontographics classify elders in four (4) groups: <em>healthy indulgers, ailing outgoers, frail recluses, </em>and <em>healthy hermits.</em>
Answer:
Total cost (TC) = Total variable cost (TVC) + Total fixed cost (TFC)
Therefore,
Total fixed cost = Total cost - Total variable cost
hope am helpful
Answer:
marginal benefit
Explanation:
consumers are most likely going to buy something with value
Answer:
a. radius = 0.0006m = 0.6mm and length =0.393m = 393mm
b. frequency =377.86Hz
Explanation:
Given:
mass of steel= 4g = 0.004kg
density of steel = 7890kg/m3
tensile stress of steel 7.0x10⁸
tension load =900N
from the density, we will calculate for the Volume of the steel string
density = mass/volume
volume = mass/density = 0.004/7890 = 5.07 x 10⁻⁷ m³
from the tensile stress will can get the maximum base Area of the string ,
tensile stress = load/area =
7x10⁸ = 900/A
A = 900/7x10⁸ = 1.29x10⁻⁶ m²
Area = πr²
area/pi = 4.105x10-7
radius = 0.0006m = 0.6mm
volume = Area x length
length = vol/area =(5.07 x 10⁻⁷ m³)/1.29x10⁻⁶ m² = 0.393m
b. the highest possible frequency is given by:
F = 
where T= tension, m=mass, L=length
F = 
= 297.04/0.786
frequency =377.86Hz
