Understanding System Equilibrium, Feedback Loops, and Delays
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What is Equilibrium in a System?
Equilibrium in a system refers to a state of balance. It's the point around which the system is linearized. At equilibrium, the system's variables remain constant, meaning their time derivatives are zero.
Negative feedback mechanisms are crucial for maintaining equilibrium. They counteract changes and stabilize the system. For example, an increase in a variable triggers a response that decreases that variable.
Example: If the temperature in a room increases, the thermostat activates the air conditioning, eventually leading to a decrease in room temperature back to its initial value.
Positive Feedback Loops and Exponential Growth
The characteristic behavior of a positive feedback loop is exponential growth. This means... Continue reading "Understanding System Equilibrium, Feedback Loops, and Delays" »