A load is mounted on a spring with a spring constant of 324 Nm¹ and confined to move only vertically, as shown in Figure

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A load is mounted on a spring with a spring constant of 324 Nm¹ and confined to move only vertically, as shown in Figure

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A Load Is Mounted On A Spring With A Spring Constant Of 324 Nm And Confined To Move Only Vertically As Shown In Figure 1
A Load Is Mounted On A Spring With A Spring Constant Of 324 Nm And Confined To Move Only Vertically As Shown In Figure 1 (52.28 KiB) Viewed 41 times
A load is mounted on a spring with a spring constant of 324 Nm¹ and confined to move only vertically, as shown in Figure 3. The wheels which guide the mass can be considered to be frictionless. The load has a mass, m= 4 kg, which includes a motor causing the mass to be driven by a force, F= 8 sin wt given in newtons. www Figure 3 Schematic of a driven harmonic oscillator. The motion of the motor produces a forcing vibration constrained to act vertically. Write the inhomogeneous differential equation that describes the system above. Solve the equation to find an expression for a in terms of t and w
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