Choose the term that describes the study of the action of forces of rotating bodies.

The term that describes the study of the action of forces on rotating bodies is angular kinetics. This field specifically focuses on the effects of forces and torques that influence rotations, making it essential for understanding how rotating systems behave under the influence of external forces.

Angular kinetics encompasses concepts such as torque, moment of inertia, and angular acceleration, which are critical for analyzing the motion and equilibrium of rotating objects. It provides the framework for quantifying how these forces result in changes in a body's rotational motion and helps in predicting the behavior of systems like spinning wheels, rotating machinery, or the human body's movements during sports activities.

In contrast, angular kinematics deals with the geometry of rotational motion without considering the forces causing it, angular momentum refers to the quantity of rotation of an object, and angular impulse pertains to the change in angular momentum produced by an external torque over time. These areas are related but do not focus specifically on the action of forces as angular kinetics does.