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D) vo = 200 m/s E) vo = 220 m/s 2. A uniform beam of mass m = 20 kg supports a mass M =

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D) vo = 200 m/s E) vo = 220 m/s 2. A uniform beam of mass m = 20 kg supports a mass M = 400 kg located a distance d from the end of the beam as shown. The left end of the beam is hinged to the wall. The right end of the beam is attached to a cable, which makes an angle 0 =30 to the horizontal. If the distance d is one eighth of the total length of the beam, what is the hinge forceh = hith,} ? cable IT m hinge beam - d- wall M Not to Scale! A) h=[5,716 N]i +[654 N] ] B) h =[6,111 N]i +[588 N]] C) h = [5,716 N]i +[588 N]] D) h=[6,111 N]i +[654 N]] E) h = [6,367 N]i +[443 N]] 20 a S esc F1 F2 F3 E4 F6 F7 # % A & 2 3 4 6

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