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
103 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)
Question: What is the limit of (sin(x) + x) / (2x), as x approaches 0, using L'Hospital's Rule?
+
Question: In triangle ABC, if angle A is congruent to angle B and side AC is congruent to side BC, what can you conclude about triangle ABC?
+
Find the limit as x approaches infinity of (e^x - x^2) / x^3.
+
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.
a ferry travels 1/6 of the distance between two ports in 3/7 hour. the ferry travels at a constant rate. at this rate, what fraction of the distance between the two ports can the ferry travel in one hour?
A person who weighs 200 pounds on earth would weigh about 32 pounds on the moon. Find the weight of a person on earth who would weigh 15 pounds on the moon.
Karina has a plot of 5,000 square meters in which she has decided that 60% of it will be used to plant vegetables. Of this part, 12% will be dedicated to planting lettuce. How much surface area of the plot will be used for cultivation?
I) Find the directional derivative of 𝑓(𝑥, 𝑦) = 𝑥 sin 𝑦 at (1,0) in the direction of the unit vector that make an angle of 𝜋/4 with positive 𝑥-axis.
Suppose the horses in a large stable, have a mean weight of a 807 pounds and a variance of 5776. What is the probability that the mean weight of the sample of horses with differ from the population mean by greater than 18 pounds is 41 horses are sampled at random from the stable round your answer to four decimal places.
Suppose SAT reading scores are normally distributed with a mean of 496 and a standard deviation of 109. The University plans towards scholarships for students who scores are in the top 7%. What is the minimum score required for the scholarship round your answer to the nearest whole number.
Log(45)
Suppose that you use 4.29 g of Iron in the chemical reaction: 2Fe(s) + 3 Cu2 + (aq) 2Fe 3 + (aq) + 3Cu(s ) - . What is the theoretical yield of Cu (s), in grams?
sum of 7a-4b+5c, -7a+4b-6c
In a 24 hours period, the average number of boats arriving at a port is 10. Assuming that boats arrive at a random rate that is the same for all subintervals of equal length (i.e. the probability of a boat arriving during a 1 hour period the same for every 1 hour period no matter what). Calculate the probability that more than 1 boat will arrive during a 1 hour period. (P(X>1) ) Give your answers to 4 decimal places and in a range between 0 and 1
Let X be a discrete random variable such that E(X)=3 and V(X)=5. Let 𝑌 = 2𝑋^2 − 3𝑋. Determine E(Y).
find missing measure for triangle area = 48 m square base = 10m heaighy = ? m
Total Users with an active Wise account = Total Active Users + Total Users who haven’t transacted Total Active Users = Total MCA Users + Total Send Users = Total New Users + Retained Users Total New Users = New Send Users + New MCA Users Total MCA Users = New MCA Users + Retained Users who transacted this month via MCA Total Send Users = New Send Users + Retained Users who transacted this month via Send Send CR = Total Send Users / Total Users with an active Wise account MCA CR = Total MCA Users / Total Users with an active Wise account New Send CR = New Send Users / New Profiles Created in Month New MCA CR = New MCA Users / New Profiles Created in Month We have recently witnessed a drop in MCA conversion, but send user conversion is stable, can you help explain why?
Let G be the center of gravity of triangle ABC. We draw through A a parallel to BC on which we take a point D so that DG⊥BG. If the area of the quadrilateral AGBD is equal to s, show that AC·BD≥2·s.
To paint a 250 m wall, a number of workers were employed. If the wall were 30 m longer, 9 more workers would be needed. How many were employed at the beginning?
How much does 7.2 moles of ammonium dichromate weigh? (NH4)2Cr2O7
question 1 Consider a sample space S, and two events A and B such that P(A ∩ B) = 0.2, P(A ∪ B) = 0.6, P(B ∪ ̄A) = 0.8 (a) [0.5 points] Calculate P (A). (b) [0.5 points] Calculate P (B)
Find the distance from the point (2,-1) to the line 2x-5y+10=0
Mark is gluing a ribbon around the sides of a picture frame. The frame is 11 inches long and 7 includes wide. How much ribbon does Mark need?