It is known that an airplane B is flying at a constant speed v, and at a constant altitude h as shown in Figure 3. Theradar station at A tracks the plane by measuring the distance r between it and the plane, the rate at which r ischanging, the antenna orientation 0, and the angular velocity of the antenna. Detemine the relationships betweenthose quantities that can be found by the tracking station and the speed, and height of the airplane.Figure 3: A radar sta tion tracking a plane in flight.

By using a simple geometric relationship we can find out the plane height. By using trignometry we…

It is known that an airplane B is flying at a constant speed Vo and at a constant altitude h as shown in Figure radar station at A tracks the plane by measuring the distance r between it and the plane, the rate at whi changing, the antenna orientation 0, and the angular velocity of the antenna. Detemine the relationships be those quantties that can be found by the tracking station and the speed, and height of the airplane.

It is known that an airplane B is flying at a constant speed Vo and at a constant altitude h as shown in Figure radar station at A tracks the plane by measuring the distance r between it and the plane, the rate at whi changing, the antenna orientation 0, and the angular velocity of the antenna. Detemine the relationships be those quantties that can be found by the tracking station and the speed, and height of the airplane.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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