The angle of elevation from a radar antenna to an airplane is 5°50". The antenna is 10 meters above the ground. 5° 50' The altitude of the plane is 112.2m. 3) Find the line of sight distance, RP, from the antenna to the plane. 4) Find the distance, RC, from the antenna to C directly below the plane. 10 m 112.2 m
The angle of elevation from a radar antenna to an airplane is 5°50". The antenna is 10 meters above the ground. 5° 50' The altitude of the plane is 112.2m. 3) Find the line of sight distance, RP, from the antenna to the plane. 4) Find the distance, RC, from the antenna to C directly below the plane. 10 m 112.2 m
The angle of elevation from a radar antenna to an airplane is 5°50". The antenna is 10 meters above the ground. 5° 50' The altitude of the plane is 112.2m. 3) Find the line of sight distance, RP, from the antenna to the plane. 4) Find the distance, RC, from the antenna to C directly below the plane. 10 m 112.2 m
The angle of elevation from a radar antenna to an airplane is
5°50". The antenna is 10 meters above the ground
The altitude of the plane is 112.2m.
1) Find the line of sight distance, RP, from the antenna to the plane.
2) Find the distance, RC, from the antenna to C directly below the plane.
Transcribed Image Text:The angle of elevation from a radar antenna to an airplane is
5°50". The antenna is 10 meters above the ground.
5 50
The altitude of the plane is 112.2m.
3) Find the line of sight distance, RP, from the antenna to the plane.
4) Find the distance, RC, from the antenna to C directly below the plane.
10 m
112.2 m
Figure in plane geometry formed by two rays or lines that share a common endpoint, called the vertex. The angle is measured in degrees using a protractor. The different types of angles are acute, obtuse, right, straight, and reflex.
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