Answer:
The answer is: B) management by objectives (MBO)
Explanation:
Management by objectives (MBO) is a strategic management model developed by Peter Drucker. Drucker's main principle stated that MBO was: to determine joint objectives and to provide feedback on the results.
According to this model, when employees participate in setting goals and action plans they will feel encouraged to participate and commit to the organization's goals. By jointly (employees + management) setting challenging but attainable objectives, employees felt empowered and motivated to fulfill those goals.
The answer to this problem is "CHAMPION" such as when the <span> Senior Executive of the company who promotes the project and ensures its support, both financially and administratively aspects, at the highest or the top levels of the organization is needed to fill the role of a CHAMPION on a development team where he will leads and facilitate to achieve the common goals of the entire organization.</span>
Answer:
Agree with the statement.
Explanation:
Structural unemployment refers to the mismatch of the abilities of the workforce of the economy with the changing ability requirements demanded by the industries in the economy.
This mainly happens because of the new technological innovations and the obsolete education system in a country. One a new technology or a new innovation comes in, the knowledge and the experience possessed by the workers become obsolete.
To eliminate the structural unemployment, the education system, higher education system, professional education system and national employee training and development policies has to be changed and updated accordingly with the changing global market skills demand.
Answer:
Explanation:
Let D be the event that the lost card is a diamond
and D' be the event that the lost card is a non diamond
Therefore,
P(D) = 
= 0.25
P(D') = 
= 0.75
Now,
Event that the cards picked up are both diamonds = A
Thus,
P( A | D) = 
[ As One Diamond Card is lost ]
And,
P(A | D') = 
[ As One Non-Diamond card is lost ]
Therefore,
P(A) = P(D) × P(A | D) + P(D') × P( A | D')
= 0.25 × + 0.75 ×
=
