An airplane is flying with a constant speed of 402 m/s along a horizontal circle with a radius of 1.12 x 104 m. If the lift force of the air on the wings is perpendicular to the wings, at what angle, relative to the horizontal, should the wings be banked?
An airplane is flying with a constant speed of 402 m/s along a horizontal circle with a radius of 1.12 x 104 m. If the lift force of the air on the wings is perpendicular to the wings, at what angle, relative to the horizontal, should the wings be banked?
@Mathematics

Question

An airplane is flying with a constant speed of 402 m/s along a horizontal circle with a radius of 1.12 x 104  m. If the lift force of the air on the wings is perpendicular to the wings, at what angle, relative to the horizontal, should the wings be banked?
 An airplane is flying with a constant speed of 402 m/s along a horizontal circle with a radius of 1.12 x 104  m. If the lift force of the air on the wings is perpendicular to the wings, at what angle, relative to the horizontal, should the wings be banked?
 @Mathematics