Question

"Each society is in a state of constant disequilibrium and social change characteristics each society"- Said by
Select one
a A.W Giew
b. David F Aberle
C. Mathias Grebe
d Hercalitus​

Answer 1

Answer:

A.W Giew

Explanation:

A theoretically described condition of equilibrium in a social system that takes into account both the system's outward relationship with its environment and the internal balance between related social phenomena.

Because any tiny change in one social component is immediately followed by changes in other connected components, the social system has a tendency to return to its per-disturbance condition after being perturbed.

The word "system" connotes an organized layout and a relationship between its component pieces.

Every component of the arrangement has a certain place and function to fulfill.Interaction ties the components together.Analysis and identification of the subsystems (such as the circulatory, neurological, digestive, and excretory systems) are necessary to comprehend the operation of a system, such as the human body.

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Answer 2

Answer: Each society is in a state of constant disequilibrium and the social change characterizes each society was said by A. W. Giew.

Explanation:

• An internal and external balance between connected social phenomena that can be theoretically described and characterizes a condition of equilibrium in a social system.
• When the social order is disturbed, it tends to return to how it was before the disruption. This is because any change in one aspect of society is almost always followed by changes in other related aspects of society.
• The word "system" implies a set arrangement and a link between the constituent elements.
• Everything in the piece has been meticulously placed there for a reason.
• Mutual engagement is the binding force that keeps everything in place.
• Performing an analysis and naming the subsystems that make up a system is essential to comprehending how a complex system like the human body functions. The cardiovascular, nervous, digestive, and urinary systems are all instances of such larger systems.

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