5) The angle of depression of the closest point on the ground that is visible over the nose of an airplane is called the cockpit cutoff angle. For a certain plane flying level at an altitude of 620 meters, the cockpit cutoff 620 m angle is 13°. Find the line-of-sight distance from the pilot to the closest visible point on the ground. 13 Cockpit cutoff angle
5) The angle of depression of the closest point on the ground that is visible over the nose of an airplane is called the cockpit cutoff angle. For a certain plane flying level at an altitude of 620 meters, the cockpit cutoff 620 m angle is 13°. Find the line-of-sight distance from the pilot to the closest visible point on the ground. 13 Cockpit cutoff angle
5) The angle of depression of the closest point on the ground that is visible over the nose of an airplane is called the cockpit cutoff angle. For a certain plane flying level at an altitude of 620 meters, the cockpit cutoff 620 m angle is 13°. Find the line-of-sight distance from the pilot to the closest visible point on the ground. 13 Cockpit cutoff angle
The angle of depression of the closest point on the ground that is visible over the nose of an airplane is called the cockpit cutoff angle. For a certain plane flying level at an altitude of 620 meters, the cockpit cutoff angle is 13°. Find the line-of-sight distance from the pilot to the closest visible point on the ground.
Transcribed Image Text:अं
5) The angle of depression of the closest
point on the ground that is visible over the
nose of an airplane is called the cockpit cutoff
angle. For a certain plane flying level at an
altitude of 620 meters, the cockpit cutoff
angle is 13°. Find the line-of-sight distance
from the pilot to the closest visible point on the ground.
620 m
13
Cockpit cutoff
angle
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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