gkraju said:Homework Statement
in a control configured aircraft the wind is oriented along V= 2i+7j+20k and with a magnitude of 45 knots. the aircraft is controlled to point along vector X = 4i+7j+3k at a speed of 2450 knots. Find the direction and magnitude of aircraft velocity vector ?
Homework Equations
The Attempt at a Solution
i calculated unit vector of direction of wind.
also i calculated unit vector of direction of aircraft
i do not know what to do afterwards ?
The resultant direction of an aircraft is the vector sum of all the forces acting on the aircraft, including the thrust, lift, drag, and weight forces.
The resultant direction of an aircraft is calculated using vector addition. This involves breaking down each individual force into its horizontal and vertical components, and then adding them together to find the final resultant direction.
The resultant direction of an aircraft is important because it determines the direction in which the aircraft will move. It also affects the stability and control of the aircraft during flight.
The resultant direction of an aircraft can be affected by various factors such as the weight and balance of the aircraft, the angle of attack, air density, and wind speed and direction.
The pilot controls the resultant direction of an aircraft by adjusting the control surfaces, such as the rudder, ailerons, and elevators, to change the direction and stability of the aircraft. The pilot also adjusts the thrust and pitch of the aircraft to control the forward motion and altitude.