Unformatted text preview: each rod. Solve: (a) The freebody diagram for each rod is given in Figure 11.60. g t 5 1 y g F y 5 x cm, f 5 1 1 20 cm 21 10 kg 2 60 kg 1 10 kg 5 2.9 cm. x cm, i 5 0. x y 15cm 5cm 12.5cm t 5 5.42 3 10 22 N # m t 5 1 7.657 3 10 2 12 rad / s 2 2 5 1 5.97 3 10 24 kg 21 6.38 3 10 6 m 2 2 1 7.272 3 10 2 5 rad / s 2 t 5 V I v 5 V 2 5 MR 2 v V 5 t I v V 5 2 p rad 1 26,000 yr 21 3.156 3 10 7 s / yr 2 5 7.657 3 10 2 12 rad / s R 5 6.38 3 10 6 m. M 5 5.97 3 10 24 kg I 5 2 5 MR 2 v 5 2 p rad 8.64 3 10 4 s 5 7.272 3 10 2 5 rad / s. 24 hours 5 8.64 3 10 4 s, t 5 1 9.694 3 10 2 13 rad / s 21 2.0 kg 21 2.5 3 10 2 2 m 2 2 1 2.01 3 10 3 rad / s 2 5 2.4 3 10 2 12 N # m t 5 V I v 5 V MR 2 v V 5 t I v V 5 Df D t 5 1.745 3 10 2 8 rad 1.8 3 10 4 s 5 9.694 3 10 2 13 rad / s 1020 Chapter 10...
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 Spring '07
 Shoberg
 Mass, 5 cm, 2.9 cm, 1 10 kg, 2 1 10 kg

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