Final answer:
A pilot must compensate for wind velocity when radar vectored by adjusting their heading, using vector equations to calculate the correct trajectory, and ensuring navigational accuracy by maintaining constant communication and monitoring systems.
Step-by-step explanation:
When a pilot is being radar vectored, it is essential to understand the impact of wind velocity on the aircraft's trajectory. The pilot must make adjustments to the aircraft's heading to compensate for this effect to maintain the correct course. By constructing a vector equation, we can derive the velocity of the plane with respect to the ground by considering the plane's velocity with respect to the air and the velocity of the air relative to the ground. Through graphical representation, we can assess the magnitude of the plane's velocity against the ground and determine the angle at which the pilot must direct the aircraft, which is crucial for navigational accuracy.
The pilot's responsibilities include following air traffic control instructions for heading and altitude, while also monitoring the plane's systems to ensure they align with the intended path, adjusting for wind and other factors. Furthermore, the pilot must remain vigilant for any changes in instructions or unexpected situations. The understanding of vector components and applying corrections to the flight path are essential elements in ensuring a safe and efficient flight when being radar vectored.