A radar system Is used to track a new experimental space launch vehicle. Early In the vehicle's flight trajectory, the azimuth angle B Is Increasing with the constant rate dß/dt = 20/s. The elevation angle y Is Increasing at the rate dyidt= 40/s, and this rate is Increasıng at 5'/s2. Know that the distance between O and PIs 2 m and that at this instant ß = 0° and y = 30°.

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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A radar system is used to track a new experimental space launch vehicle. Early in the vehicle's flight trajectory, the azimuth
angle B Is increasing with the constant rate dßidt= 20/s. The elevation angle y is increasing at the rate dyidt= 40/s, and
this rate is increasing at 5/s2. Know that the distance between O and Pis 2 m and that at this instant ß = 0* and y = 30".
B dp/dt
Determine the velocity and acceleration of point P.
The velocity of point Pis (- 0.697
1.21 OJ- 0.603
k) m/s.
The acceleration of point P is (- 0.082 OI-
+0.539
k) m/s2.
0.34
Transcribed Image Text:Requlred Informatlon NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. A radar system is used to track a new experimental space launch vehicle. Early in the vehicle's flight trajectory, the azimuth angle B Is increasing with the constant rate dßidt= 20/s. The elevation angle y is increasing at the rate dyidt= 40/s, and this rate is increasing at 5/s2. Know that the distance between O and Pis 2 m and that at this instant ß = 0* and y = 30". B dp/dt Determine the velocity and acceleration of point P. The velocity of point Pis (- 0.697 1.21 OJ- 0.603 k) m/s. The acceleration of point P is (- 0.082 OI- +0.539 k) m/s2. 0.34
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