What term describes the point where an object experiences no torque from gravitational forces?

The term that describes the point where an object experiences no torque from gravitational forces is the Center of Gravity. This point is crucial in understanding how objects behave under the influence of gravity, particularly in terms of stability and balance. The Center of Gravity is effectively the average position of all the weight in an object, and when the object is suspended from this point, it will remain in equilibrium without rotating.

In practical applications, knowing the Center of Gravity allows engineers and designers to predict how an object will react when forces are applied, which is essential for stability in various scenarios, such as in vehicles, buildings, and other structures.

Other options might relate to different concepts, such as the Center of Mass, which is similar but not always the same as the Center of Gravity, especially in non-uniform gravitational fields. The Center of Rotation pertains to points about which an object rotates, and the Center of Rigidity involves stiffness and stability in structural engineering, which are not directly related to the point experiencing no torque from gravitational forces.