Stright and Sutherland method

The Stright and Sutherland method is a mathematical approach used in engineering to analyze the stability and response of control systems, especially those involving feedback loops. It helps engineers determine how a system will behave when disturbed or given a command, by analyzing the relationships between system components' transfer functions. Essentially, it simplifies complex system behavior into manageable calculations, ensuring the system responds predictably and remains stable. This method is valuable in designing reliable machinery, electronics, and automation processes, providing a systematic way to predict and improve system performance.