Dynamics of Manipulation

The dynamics of manipulation involve understanding how forces, movements, and interactions influence a system or object. It examines how actions like pushing, pulling, or controlling an entity can change its behavior or state over time. This includes considering factors such as momentum, resistance, and energy transfer. In practical terms, it helps predict and control movements in robotics, engineering, or biomechanics, ensuring precise and effective manipulation of objects or systems by assessing how different forces work together to produce a desired outcome.