Final answer:
A rotating movement by the robotic manipulator is termed rotational movement, which occurs when the manipulator turns around its axis. Precession and circumduction are specific types of rotational movements related to the effect of torque and human anatomy respectively.
Step-by-step explanation:
A rotating movement by the robotic manipulator is called rotational movement. This is a type of motion where the robot's arm turns around its own axis. In engineering, this kind of movement can be crucial for tasks where precision and control are necessary. For example, in a manufacturing process, a robotic arm may need to rotate a part to screw it in or to apply paint evenly. When an external force F is applied to the system, it may cause the robot to move from position A to position B, resulting in rotational movement.
Certain types of rotational movements are referred to by specific names depending on the context and the complexity of the movement. For instance, precession refers to the circular motion of the pole of the axis of a spinning object around another axis due to a torque, and circumduction is a type of movement observed in human anatomy, which entails a circular motion achieved by the sequential combination of flexion, abduction, extension, and adduction.