A system has two blocks, A with a mass of 3 kg and B with a mass of 2 kg, as shown in Figure Q1. Mass A is connected to

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A System Has Two Blocks A With A Mass Of 3 Kg And B With A Mass Of 2 Kg As Shown In Figure Q1 Mass A Is Connected To 1 (39.43 KiB) Viewed 36 times

Draw the free body diagram for each mass and derive the
time-based ordinary differential equation of motion for each mass
assuming linear relationships for the spring force, 𝑘𝑥 and damping
force 𝑐x
A system has two blocks, A with a mass of 3 kg and B with a mass of 2 kg, as shown in Figure Q1. Mass A is connected to a wall by a spring with a stiffness coefficient k = 5 N/m, while Mass B is connected to Mass A through a damper with a dampening coefficient c = 1 Ns/m. The system input is the forcing function FA(t) applied to Mass B, and the system output is the displacement of the mass A. +X1 +x2 k Lü A B FA FIGURE Q1