Which of the following is considered one of the six elements of control logic?

Control logic in the context of electric motor control systems consists of several fundamental elements, and inputs and outputs are essential components of this framework. Inputs refer to the signals or data received by a control system from switches, sensors, or other devices that inform the system of the current state of the environment or machinery. This information is critical for decision-making processes within the control system.

Outputs are the actions or signals generated by the control system in response to the inputs. These can include commands to actuate motors, turn on lights, or activate alarms, among other functions. The interplay between inputs and outputs is crucial for ensuring that the control system operates effectively, as it allows the system to respond appropriately to various conditions.

Given that control logic encompasses a broader range of elements, it indeed includes both inputs and outputs, highlighting that they collectively form part of the essential components necessary for effective control system operation. Consequently, when considering the options provided, the correct selection reflects the fundamental understanding that both inputs and outputs play vital roles in the overall control logic framework. This inclusive understanding reinforces the importance of these elements in ensuring that control systems function as intended.