A 2 DOF system shown in the figure below, the dimensions of the system is described....

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A 2 DOF system shown in the figure below, the dimensions of the system is described. The second mass is connected at the middle of the rod. 01 X2 L = 0.4 m K₂ K₂ = 900 N/m C2=5 N.s/m m2 = 4 kg K₁ K₁ =3125 N/m C₁ = 100 N.s/m m₁ = 5 kg Both K₁ and c₁ are supposed to be connected at the end point of the beam. Neglect the mass of the rod. 1- Derive the required equations of motion of the system. 2- Determine the natural frequencies. A 2 DOF system shown in the figure below, the dimensions of the system is described. The second mass is connected at the middle of the rod. 01 X2 L = 0.4 m K₂ K₂ = 900 N/m C2=5 N.s/m m2 = 4 kg K₁ K₁ =3125 N/m C₁ = 100 N.s/m m₁ = 5 kg Both K₁ and c₁ are supposed to be connected at the end point of the beam. Neglect the mass of the rod. 1- Derive the required equations of motion of the system. 2- Determine the natural frequencies.

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Given m1 5 kg m2 4 kg L 04 m length of rod K1 3125 Nm K2 900 N... View the full answer