- 1 For The System Shown Below Using K 1000 N M Mj 5kg M3 6kg J 0 5 Kg M J2 1 0 Kg M 11 20cm R2 20cm Find T 1 (44.81 KiB) Viewed 37 times
(1) For the system shown below, using k= 1000 N/m, mj=5kg, m3-6kg, J,=0.5 kg-m², J2=1.0 kg- m', 11-20cm, r2-20cm, find t
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(1) For the system shown below, using k= 1000 N/m, mj=5kg, m3-6kg, J,=0.5 kg-m², J2=1.0 kg- m', 11-20cm, r2-20cm, find t
(1) For the system shown below, using k= 1000 N/m, mj=5kg, m3-6kg, J,=0.5 kg-m², J2=1.0 kg- m', 11-20cm, r2-20cm, find the following: (a) the equations of motion for the system with respect to 0, and 02 (b) the natural frequencies of the system (c) the response of the system if the initial conditions are: 0,0) = 4 rad, 0:0) = 0 02(0) = 2.5rad, 02(0) = 0 . k A 2 m2 TE k Figure 1: pulley and mass system
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