Aircraft experience a lift force (due to air) that is perpendicular to the plane of the wings A small airplane is flying at a constant speed of 280 kph At what angle from the horizontal must the wings of the airplane be tilted for the plane to execute a horizontal turn from east to north with a turning radius of 1200 m ?

After flying for 18 min in a wind blowing 42 km/h at an angle of 20^(@) south of east, an airplane pilot is over a town that is 55 km due north of the starting point. What is the speed of the airplane relative to the air?

A particle is projected horizontally with a speed V=5m/s from the top of a plane inclined at an angle theta=37^(@) to the horizontal (g=10m//s^(2)) What is the velocity of the particle just before it hits the plane?

An aircraft executes a horizontal loop at a speed of 200m/s with its wings banked at 15°. What is the radius of the loop ?

A bird is flying in the air. To take a turn in the horizontal plane of radius R=10 m with the velocity v=10 m/s at what angle it should bend with the horizontal.

A bird is flying in the air. To take a turn in the horizontal plane of radius R=10 m with the velocity v=10 m/s at what angle it should bend with the horizontal.

A plane is to fly due north. The speed of the plane relative to the air is 200 km//h , and the wind is blowing from west to east at 90 km//h .

In the figure below, a highway rest area (at D) and radar stations (at A and B) lie on a level east-west line, A is 9,000 feet due west of D. An airplane (at C) is shown directly above the rest area, flying due west at a constant speed of 300 feet per secod and at a constant altitude of 12,000 feet. The airplane is located at a straight-line distance of 15,000 feet from the radar station at A and 13,000 feet from the radar station at B. Let A, C and D lie in the standard (x,y) coordinate plane such that A is at (0,0) and D is at (9,000, 0). Which of the following equations represents the line along which the airplane is flying?