Which of the following describes three essential features of a robot?

The choice of reprogrammable, multipurpose, and automated highlights three crucial characteristics that define a robot's functionality and versatility.

Being reprogrammable means that the robot can be programmed or updated to perform different tasks as needed. This flexibility is essential in various applications, as it allows robots to be used in multiple scenarios without requiring hardware changes. It also means that robots can adapt over time and take on new responsibilities as technology evolves or business needs change.

The multipurpose capability indicates that a single robot can perform a variety of tasks rather than being limited to just one function. This feature greatly enhances efficiency in operations, as it can handle different assignments without the need for numerous specialized robots, thereby reducing costs and streamlining processes.

Automation refers to the ability of robots to carry out tasks without human intervention, relying instead on pre-programmed instructions and sensors to guide their actions. This autonomy is a primary reason robots are utilized in many industries, as it can lead to increased productivity, precision, and safety by allowing robots to perform repetitive or hazardous tasks that might otherwise require human involvement.

These three features—reprogrammable, multipurpose, and automated—essentially capture the core capabilities that make robots valuable tools across various industries and applications.