What magnetic bearing should a pilot use to fly to a specific station?

To determine the appropriate magnetic bearing for flying to a specific station, a pilot must consider the direction in which the station is located relative to their current position. In navigation, magnetic bearings are used because they represent the direction one would follow in relation to the Earth’s magnetic field.

If option B, which is 210 degrees, is indicated as the correct answer, it signifies that the station is positioned to the southwest, since this bearing generally corresponds to that area on a compass. A bearing of 210 degrees would direct the aircraft to fly on a course that points toward the station, allowing for a successful arrival.

Bearings such as 180 degrees, which typically indicates due south, would not guide the pilot toward the station if it is positioned at 210 degrees. Similarly, bearings like 300 degrees and 330 degrees would suggest routes that are northwest and north-northwest, respectively, which are not aligned with the desired destination.

Thus, choosing the correct magnetic bearing is crucial for maintaining an accurate course towards the target station, ensuring efficient navigation and preventing potential misdirection.