In the context of forces in equilibrium, the statement that they result in a static or dynamic state of rest is accurate. When an object is in equilibrium, it experiences balanced forces, which means that the sum of all forces acting on it equals zero. This balance leads to no net force acting on the object, which can result in a static state of rest (the object is not moving) or a dynamic state of motion (the object moves at a constant velocity).
In static equilibrium, the object remains at rest because the forces acting on it are balanced, while in dynamic equilibrium, the object is in motion but continues to move at a constant speed in a straight line, again due to the balance of forces. Therefore, this statement correctly describes the condition of equilibrium, emphasizing the lack of net forces and indicating a stable state, whether at rest or in uniform motion.