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a. A radar receives a return from an area of precipitation 0.5 milliseconds after the pulse was initially transmitted from the radar. How far away from the radar is the precipitation located? b. The wind speed in this same area of precipitation is 20 m/s, but the wind is oriented 20 degrees to the right of the beam and away from the radar. What is the radial velocity of the target?

a. A radar receives a return from an area of precipitation 0.5 milliseconds after the pulse was initially transmitted from the radar. How far away from the radar is the precipitation located? b. The wind speed in this same area of precipitation is 20 m/s, but the wind is oriented 20 degrees to the right of the beam and away from the radar. What is the radial velocity of the target?

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a. A radar receives a return from an area of precipitation 0.5 milliseconds after the pulse was initially transmitted from the radar. How far away from the radar is the precipitation located? b. The wind speed in this same area of precipitation is 20 m/s, but the wind is oriented 20 degrees to the right of the beam and away from the radar. What is the radial velocity of the target?
Transcribed Image Text:a. A radar receives a return from an area of precipitation 0.5 milliseconds after the pulse was initially transmitted from the radar. How far away from the radar is the precipitation located? b. The wind speed in this same area of precipitation is 20 m/s, but the wind is oriented 20 degrees to the right of the beam and away from the radar. What is the radial velocity of the target?
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