Question

280 words and headline is-An explanation of how organizations are whole systems, in which different areas and aspects such as structure, systems and culture, are all inter-related, and how people professionals' work and actions could impact elsewhere in the organization. Note that When explaining how organisations are whole systems, reterence c a n b e m a d e to well- known models such as McKinsey 7-S, Galbraith Star Model and Burke Litwin Model. • Once it is established that structure, systems and culture, are all inter-related, an explanation of how people professionals' work and actions could impact else

121

likes
604 views

Answer to a math question 280 words and headline is-An explanation of how organizations are whole systems, in which different areas and aspects such as structure, systems and culture, are all inter-related, and how people professionals' work and actions could impact elsewhere in the organization. Note that When explaining how organisations are whole systems, reterence c a n b e m a d e to well- known models such as McKinsey 7-S, Galbraith Star Model and Burke Litwin Model. • Once it is established that structure, systems and culture, are all inter-related, an explanation of how people professionals' work and actions could impact else

Expert avatar
Velda
4.5
110 Answers
Organizations are complex entities, often described as whole systems. This perspective views an organization as an interconnected and interdependent network of elements, where different areas and aspects such as structure, systems, and culture are all inter-related. The **McKinsey 7-S model**, **Galbraith Star Model**, and **Burke Litwin Model** are well-known frameworks that illustrate this concept. These models emphasize the interconnectedness of various organizational elements and underscore the importance of alignment and coherence among these elements for organizational effectiveness. The **McKinsey 7-S model**, for instance, identifies seven key elements of an organization: strategy, structure, systems, shared values, style, staff, and skills. These elements are interconnected, meaning a change in one element will inevitably impact the others. Similarly, the **Galbraith Star Model** highlights five key areas: strategy, structure, processes, rewards, and people. Changes in any one area will reverberate throughout the other areas, affecting the entire organization. The **Burke Litwin Model** adds another layer of complexity by distinguishing between transformational and transactional organizational dynamics, emphasizing how external environment can trigger transformational change that permeates the entire organization. Understanding organizations as whole systems underscores the potential impact of people professionals' work and actions. As they shape and influence areas like organizational culture, talent development, and employee engagement, their actions can have far-reaching effects. For instance, a change in recruitment strategy could alter the organization's talent pool, which could then influence its culture and operational effectiveness. In conclusion, viewing organizations as whole systems highlights the interconnectedness of various organizational elements and the potential ripple effects of changes within the system. This perspective is crucial for people professionals, as it underscores the potential impact of their work and actions on the entire organization.

Frequently asked questions (FAQs)
What is the volume V of a sphere with radius r, given by the formula V = (4/3)πr^3?
+
Find the limit as x approaches 2 of (3x^2 - 2x + 1), then put the
+
What are the roots of the cubic equation 2x^3 - 7x^2 + 3x + 1 = 0?
+
New questions in Mathematics
A normal random variable x has a mean of 50 and a standard deviation of 10. Would it be unusual to see the value x = 0? Explain your answer.
Solution to the equation y'' - y' - 6y = 0
-11+29-18
what is 3% of 105?
3(4x-1)-2(x+3)=7(x-1)+2
What will be the density of a fluid whose volume is 130 cubic meters contains 16 technical units of mass? If required Consider g=10 m/s2
9b^2-6b-5
Emma is on a 50 m high bridge and sees two boats anchored below. From her position, boat A has a bearing of 230° and boat B has a bearing of 120°. Emma estimates the angles of depression to be about 38° for boat A and 35° for boat B. How far apart are the boats to the nearest meter?
determine the polynomial F of degree 2 that interpolates. f at points (0;1) (2;5) (4;6). calculate F(0.8). Note: Using the polynomial expression with difference operator.
The ninth term of a given geometric progression, with reason q , is 1792, and its fourth term is 56. Thus, calculate the fourth term of another geometric progression, whose ratio is q +1 and whose first term is equal to the first term of the first P.G. described.
The two sides of the triangle are 12 cm and 5 cm, and the angle between the sides is 60°. Cover the area of ​​the triangle!
Find the zero of the linear function 8x + 24 = 0
A natural gas company has a fixed rate of 1,320 pesos plus 1,590 pesos per cubic meter of gas consumed monthly per customer. Indicate the cost function to determine the value in pesos of the cubic meters of gas consumed in a month per customer. How much did a customer who consumed 18 cubic meters of gas pay? If a customer paid 34,710 pesos, how many cubic meters of gas did he consume?
Find the area of a triangle ABC when m<C = 14 degrees, a = 5.7 miles, and b = 9.3 miles.
Solve for B write your answer as a fraction or as a whole number. B-1/7=4
2+2020202
did an analysis of dropout from the nursing faculty at the Universidad Veracruzana. With a poblation of 122 students, it turned out that according to the gender data, the female sex predominates with 82%, and the male sex male is found with 12%. The main factors why students drop out are, first of all, "Not "re-enrolled" at 49%, second place "Personal reasons" at 20%, third place "change of school" in 11%, "lack of documents" and "economic reasons" in 7%, change of residence and lack of social service in 3%. Of this sample, how many students dropped out for other reasons?
Find the orthogonal projection of a point A = (1, 2, -1) onto a line passing through the points Pi = (0, 1, 1) and P2 = (1, 2, 3).
x(squared) -8x=0
To apply a diagnostic test, in how many ways can 14 students be chosen out of 25? if the order does not matter