horizontal circumference at a speed of 500 km / h. The wings form an angle of 35 ° to the horizontal. Suppose that, in addition to weight, other forces act on the plane, the sum of which is perpendicular to the wings. Determines the radius of the traject

Passengers riding in the Great Six Flags Air Racer are spun around a tall steel tower. At top speed, the planes fly at a 56-degree bank approximately 46 m from the tower. In this position, the support chains make an angle of 56 degrees with the vertical. Calculate the speed of the planes.

A child whirls a stone on a string in a horizontal circle of radius 1.5 m and at a height of 2.0 m above level ground.  The string breaks and the stone flies off horizontally and hits the ground 13.3 m away horizontally.  Determine the magnitude of the centripetal acceleration of the stone just before the string broke.  (Use g = 10 N/kg).

A toy aeroplane of mass m = 1,80 kg is attached to a string of length e = 33.0 m and flys in uniform circular motion in a horizontal plane around the centre of its motion. The plane has an engine which generates thrust that keeps the plane moving at a speed of v = 30.7 km/hr. (a) What is the period of the circular motion? Period = S (b) What is the tension in the string holding the aeroplane in its circular motion? Tension = Part 3) A block sits on a sloping plane that can have its angle to the vertical p varied. The angle o initially starts at a value of 90°, and the slope is raised until at an angle o E 33.2° the block starts to slide down the slope. Calculate the coefficient of static friction for this block on this slope.