A spring-mass system with mass 2kg is displaced 0.6m from its equilibrium position with the spring exerting a force of 0.6N. A viscous force of 3N slows the system when the mass moves with a velocity of 1.5 m/s. If the mass is subjected to two external forces F1= 2cost and F2= 4sint. a. write the second order ordinary differential equation describing the motion of the mass at any time t.
A spring-mass system with mass 2kg is displaced 0.6m from its equilibrium position with the spring exerting a force of 0.6N. A viscous force of 3N slows the system when the mass moves with a velocity of 1.5 m/s. If the mass is subjected to two external forces F1= 2cost and F2= 4sint. a. write the second order ordinary differential equation describing the motion of the mass at any time t.
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A spring-mass system with mass 2kg is displaced 0.6m from its equilibrium position with the spring exerting a force of 0.6N. A viscous force of 3N slows the system when the mass moves with a velocity of 1.5 m/s. If the mass is subjected to two external forces F1= 2cost and F2= 4sint.
a. write the second order ordinary differential equation describing the motion of the mass at any time t.
Transcribed Image Text:x(t)
k
H
с
O
m
O
F₁(t)
F₂(t)
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