A sphere (mass =10 kg) is supported by ropes inside a box (mass =20 kg). The...

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A sphere (mass =10 kg) is supported by ropes inside a box (mass =20 kg). The box slides on an inclined plane (uk= 0.10) and the sphere has no movement relative to the box (figure 2). a) Draw the DCL (force diagram) and the acceleration diagram; b) Calculate the tension in cables A and B. HAS 500 400 200 B Figure 2 A sphere (mass =10 kg) is supported by ropes inside a box (mass =20 kg). The box slides on an inclined plane (uk= 0.10) and the sphere has no movement relative to the box (figure 2). a) Draw the DCL (force diagram) and the acceleration diagram; b) Calculate the tension in cables A and B. HAS 500 400 200 B Figure 2