1. The problem statement, all variables and given/known data An aircraft flies with its wings tilted, in order to fly in a horizontal circle of radius r. The aircraft has mass 4.00 x 104 Kg and has a constant speed of 250ms-1 . with the aircraft flying in this way, two forces are acting on the plane, P [lift] and W [weight which is given as 3.92*105 N] . P is acting at 35 degrees to the vertical. calculate P 2. Relevant equations centripetal force=mass * velocity2 / radius centripetal force= mass * angular speed2 * radius angular speed = theta / time angular speed = velocity/ radius angular speed = 2pi * frequency centripetal acceleration = velocity2 / radius centripetal acceleration = angular speed2 * radius Force = mass * acceleration 3. The attempt at a solution I cant do it. I swear we need more information. can someone enlighten me.