Reverse Connection

Feedback

Regulation of any process is the end result of this process itself; for example, the accumulation of a product of a certain reaction can lead to its slowdown, and the lack of this product can lead to its acceleration.

Feedback is an important mechanism of self-regulation in various systems. It allows the system to adapt to changes in internal and external conditions to achieve optimal results.

A classic example of feedback is thermoregulation in warm-blooded animals. When body temperature rises, its cooling mechanisms (sweating, vasodilation) are launched, and when it decreases, warming mechanisms (vasoconstriction, muscle tremors) are triggered.

Feedback is widely used in technical systems - from the simplest thermostats to complex cybernetic devices. It allows these systems to automatically maintain set parameters and function optimally.

Thus, feedback is a universal principle of self-regulation that ensures flexibility and reliability of systems functioning in changing conditions.