The following exercise draws the period and graph of x versus t of a mass-spring system with elastic constant k=8 Kg/s² and m=2 Kg, which is displaced from its equilibrium position ma, distance d=0.5m. Based on the answer, find the energy of the mass-spring system, for: t1 = (3π/8) s and t2 = 2π s
The following exercise draws the period and graph of x versus t of a mass-spring system with elastic constant k=8 Kg/s² and m=2 Kg, which is displaced from its equilibrium position ma, distance d=0.5m. Based on the answer, find the energy of the mass-spring system, for: t1 = (3π/8) s and t2 = 2π s
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The following exercise draws the period and graph of x versus t of a mass-spring system with elastic constant k=8 Kg/s² and m=2 Kg, which is displaced from its equilibrium position ma, distance d=0.5m. Based on the answer, find the energy of the mass-spring system, for:
t1 = (3π/8) s and t2 = 2π s
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