Which term describes the angular position of an object from the observer?

Which term describes the angular position of an object from the observer?

• A. Azimuth
• B. Range
• C. Bearing
• D. True Heading

Answer: (C)

The essential idea is describing where a target sits in the observer’s view, in terms of direction rather than distance or the observer’s own orientation. Bearing provides that directional cue: it is the angle measured from a reference direction (usually north) to the line of sight to the object. This angle tells you the angular position of the object relative to you, which is exactly what you need to know to locate it on the horizon. Range would tell you how far away it is, not where it sits directionally. True heading is the aircraft’s own forward orientation, not the target’s position. Azimuth is a closely related term for the direction to the object, and in many contexts it equals bearing, but in this context bearing is the standard term used to describe the angular position of the object from the observer.

The essential idea is describing where a target sits in the observer’s view, in terms of direction rather than distance or the observer’s own orientation. Bearing provides that directional cue: it is the angle measured from a reference direction (usually north) to the line of sight to the object. This angle tells you the angular position of the object relative to you, which is exactly what you need to know to locate it on the horizon.

Range would tell you how far away it is, not where it sits directionally. True heading is the aircraft’s own forward orientation, not the target’s position. Azimuth is a closely related term for the direction to the object, and in many contexts it equals bearing, but in this context bearing is the standard term used to describe the angular position of the object from the observer.