Which component is described as part of the mechanical DNA of robots?

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Multiple Choice

Which component is described as part of the mechanical DNA of robots?

Explanation:
Mechanical DNA refers to the physical hardware that determines how a robot moves—the gears, linkages, and mechanical assemblies that translate actuation into controlled motion. These components form the robot’s tangible backbone, shaping speed, torque, range of motion, and how the body interacts with the world. The other options belong to electronics (the control chip), power (the energy to run motors), or software (the programming language words), not the physical mechanisms that drive motion. So gears and mechanisms developed to control motion are the best description of the mechanical DNA.

Mechanical DNA refers to the physical hardware that determines how a robot moves—the gears, linkages, and mechanical assemblies that translate actuation into controlled motion. These components form the robot’s tangible backbone, shaping speed, torque, range of motion, and how the body interacts with the world. The other options belong to electronics (the control chip), power (the energy to run motors), or software (the programming language words), not the physical mechanisms that drive motion. So gears and mechanisms developed to control motion are the best description of the mechanical DNA.

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