True or False. A closed-loop control system adjusts the control output based on the difference between the desired and measured outputs.

A closed-loop control system is characterized by its feedback mechanism, which continuously monitors the system's output and compares it to the desired or target output. When there is a difference between these two values, the system adjusts its control output accordingly to minimize this difference, ensuring that the actual output aligns closely with the desired outcome.

This feedback process is essential for maintaining control over dynamic systems, as it allows for real-time adjustments and corrections. In contrast, an open-loop system does not utilize feedback to make adjustments, meaning it operates solely based on predetermined settings, without accounting for the actual performance or output.

Therefore, the assertion that a closed-loop system adjusts the control output based on the difference between the desired and measured outputs is accurate, confirming that the correct response is true.