A 20,000 kg plane (figure 1) makes a turn (radius of curvature = 2 km) at...

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A 20,000 kg plane (figure 1) makes a turn (radius of curvature = 2 km) at a fixed altitude, with a constant speed of 400 km/h. Knowing that the force of the air on the plane is exerted perpendicular to the plane of the wings (from below), a) draw the DCL (force diagram) and the acceleration diagram; b) determine the angle ÿ. Figure 1 ÿ A 20,000 kg plane (figure 1) makes a turn (radius of curvature = 2 km) at a fixed altitude, with a constant speed of 400 km/h. Knowing that the force of the air on the plane is exerted perpendicular to the plane of the wings (from below), a) draw the DCL (force diagram) and the acceleration diagram; b) determine the angle ÿ. Figure 1 ÿ

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