An airplane is flying at an altitude of 2.7 miles and is 8.3 miles from the runway. Find the angle of depression that the airplane must make to land safely.

An airplane is flying at an altitude of 2.7 miles and is 8.3 miles from the...
An airplane is flying at an altitude of 500m over the ocean at a speed of 60m/s. A ship is moving along a path directly under the airplane, but in an opposite direction at 10m/s. At what horizontal distance from the ship should the plane drop a parcel to land on the ship?
An airplane is flying with a constant altitude at a speed of 475 mph in a direction 25° north of west directly towards its final destination. The airplane then encounters wind blowing at a steady 30 mph in a direction 85° north of east. Yes a. Start by drawing a vector diagram for this situation. Did you draw a diagram? Great! Your diagram might look something like this: Wind New Path Original Path b. If the pilot does not correct...
An airplane weighs 16,000 lbs and is flying at 5000 ft altitude and at an airspeed of 200 fps. Find (a) the potential energy, (b) the kinetic energy, and (c) the total energy. Assuming no extra drag on the airplane, if the pilot dove until the airspeed was 400 fps, what would the altitude be?
A cup of coffee is on a table in an airplane flying at a constant altitude and a constant velocity. The coefficient of static friction between the cup and the table is 0.440 . Suddenly, the plane accelerates forward, its altitude remaining constant. What is the maximum acceleration that the plane can have without the cup sliding backward on the table? Use g = 9.81 m/s2. When should I make Fx or Fy = ma or =0
An airplane flies at an altitude of y =6 miles toward a point directly over an observer (see figure). The speed of the plane is 600 miles per hour. Find the rates (in radians per hour) at which the angle of elevation is changing when the angle is 45, = 60°, and e 70°. y mi Not drawn to scale 0 45 (a) rad/hr -50 (b) 600 x rad/hr 75 70° (Round your answer to two decimal places.) (c) rad/hr...
An airplane is flying at Mach 1.58 at an altitude of 7,100.00 meters, where the speed of sound is v = 314.75 m/s. How far away from a stationary observer will the plane be when the observer hears the sonic boom? (Enter the total distance in m.)
An airplane is flying at Mach 1.43 at an altitude of 7,400.00 meters, where the speed of sound is v = 313.50 m/s. How far away from a stationary observer will the plane be when the observer hears the sonic boom? (Enter the total distance in m.)
An airplane is flying at Mach 1.63 at an altitude of 7,200.00 meters, where the speed of sound is v = 314.33 m/s. How far away from a stationary observer will the plane be when the observer hears the sonic boom? (Enter the total distance in m.)
An airplane is flying with a velocity of 256 m/s at an angle of 30.0° with the horizontal, as the drawing shows. When the altitude of the plane is 2.2 km, a flare is released from the plane. The flare hits the target on the ground. What is the angle θ?
An airplane is flying at an altitude where the actual pressure and temperature are 4.72 cross times 10 to the power of 4 N/m2 and 255.7 K, respectively. What are the pressure and temperature altitudes? You may refer to the Standard Atmosphere tables.