Which factors can affect the precision of Pulse Radar readings?

The factors impacting the precision of Pulse Radar readings include speed, angle of incidence, and object size, making this choice the correct answer.

Speed is critical because the faster an object moves, the more challenging it becomes for radar systems to determine its exact position at any given moment. High speeds can lead to Doppler effects, complicating the data interpretation.

The angle of incidence also plays a vital role, as the angle at which the radar waves strike an object can affect the intensity and clarity of the returned signal. A perpendicular angle often provides the most accurate readings, while oblique angles can introduce errors due to reflection characteristics and signal attenuation.

Object size directly influences radar precision as well; larger objects generally return stronger radar signals, making them easier to detect and track compared to smaller objects, which may not reflect the radar waves as effectively.

The other options, although relevant to the radar environment, do not directly influence the precision of the readings in the same fundamental way. Weather conditions and time of day might impact visibility and signal clarity but are not as directly related to the mechanics of how radar readings are gathered. Similarly, installation location and equipment age can influence effectiveness and reliability, yet they do not pertain to the immediate factors affecting precision during the