Which of the following is a consequence of having a forward center of gravity?

Having a forward center of gravity can significantly affect an aircraft's performance, particularly in terms of stall speed. When the center of gravity is located further forward than the ideal position, it can lead to a higher stall speed. This is largely because the aircraft’s control surfaces, such as the elevators, must exert more force to maintain level flight or to achieve the necessary angle of attack. Consequently, this can result in a decreased margin of safety during maneuvers, as the aircraft will stall at a higher speed than if the center of gravity were located appropriately.

Other factors may involve handling characteristics and stability but do not directly relate to increased stall speed. While some might argue that a forward center of gravity could enhance control effectiveness or provide stability, it can paradoxically make the aircraft harder to maneuver and increase the pilot's workload. This is contrary to the definition of enhanced control effectiveness, which generally implies better responsiveness and easier handling. Similarly, a forward center of gravity is not associated with increasing cargo capacity, as the weight distribution and loading considerations become more critical in maintaining balance and flight safety.