Which component is typically used to convert electrical energy into linear motion in robotics?

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Multiple Choice

Which component is typically used to convert electrical energy into linear motion in robotics?

Explanation:
Converting electrical energy into mechanical movement is the job of an actuator. An actuator turns electrical power into motion, and when you need straight-line movement, a linear actuator is used to extend or retract along a line. A servo motor, while a precise motor, primarily provides rotational motion; to get linear motion from it you’d need an extra mechanism like a screw or linkage. Sensors and controllers don’t produce motion themselves—they sense conditions and manage commands.

Converting electrical energy into mechanical movement is the job of an actuator. An actuator turns electrical power into motion, and when you need straight-line movement, a linear actuator is used to extend or retract along a line. A servo motor, while a precise motor, primarily provides rotational motion; to get linear motion from it you’d need an extra mechanism like a screw or linkage. Sensors and controllers don’t produce motion themselves—they sense conditions and manage commands.

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