Certified Flight Instructor - Flight Instructor Airplane Practice Exam

What is the primary effect of incorrect vector control during a turn?

1. Inconsistent altitude maintenance.

2. Inability to correctly center the flight path.

3. The aircraft may enter a spin.

4. Significant increase in fuel consumption.

The correct answer is: Inability to correctly center the flight path.

The primary effect of incorrect vector control during a turn is the inability to correctly center the flight path. When a pilot does not manage the aircraft's vectors properly during a turn, it can lead to an improper coordination of aerodynamic forces. This mismanagement can cause the aircraft to veer off its intended path, leading to difficulties in maintaining a steady and coordinated turn. By not centering the flight path, the pilot may find that the aircraft is not following the intended arc of the turn, which can affect the overall effectiveness and safety of the maneuver. This can become particularly critical in various flight scenarios, such as during instrument flying or in turbulent conditions, where precise control is paramount for safe flight operations. It's essential for pilots to understand the importance of maintaining control over the aircraft's vectors to ensure that turns are executed correctly and safely. While other factors, such as altitude maintenance and fuel consumption, may be influenced by poor control practices, the inability to maintain the intended flight path is a direct consequence of vector mismanagement during turns, making it the most relevant answer in this context.