5) A mass is connected to a rigid wall by a spring and a viscous damper....

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5) A mass is connected to a rigid wall by a spring and a viscous damper. At time t = "0-, the spring is extended by 25 mm and the mass is moving left at 0.2 m/s. At time t = 0, a constant force of 17 Newtons is applied to the positive x direction. Write an equation as a function of time for the mass's position for t> 0. Replace any parameters with their given values. You can cite and use any needed equation from the textbook without deriving them via Laplace transforms, or any ODE method. C = 72 Ns/m 3 kg www K = 432 N/m f step 1(t - 0 sec) 5) A mass is connected to a rigid wall by a spring and a viscous damper. At time t = "0-, the spring is extended by 25 mm and the mass is moving left at 0.2 m/s. At time t = 0, a constant force of 17 Newtons is applied to the positive x direction. Write an equation as a function of time for the mass's position for t> 0. Replace any parameters with their given values. You can cite and use any needed equation from the textbook without deriving them via Laplace transforms, or any ODE method. C = 72 Ns/m 3 kg www K = 432 N/m f step 1(t - 0 sec)