5. The motion of a mass on a spring (constant 10 N/m) is described by the...

  

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5. The motion of a mass on a spring (constant 10 N/m) is described by the equation x = (0.5 m) cos(t/6) a. What is the total energy in J? b. What is the maximum speed in m/s? c. What is the maximum acceleration in m/s/s? d. What is the kinetic energy when the spring is at x=0.25 m? e. What is the potential energy when the spring is at x=0.25 m in J? f. What is the potential energy at t=0.6 seconds in J? 5. The motion of a mass on a spring (constant 10 N/m) is described by the equation x = (0.5 m) cos(t/6) a. What is the total energy in J? b. What is the maximum speed in m/s? c. What is the maximum acceleration in m/s/s? d. What is the kinetic energy when the spring is at x=0.25 m? e. What is the potential energy when the spring is at x=0.25 m in J? f. What is the potential energy at t=0.6 seconds in J?

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To answer these questions we will need to find the velocity acceleration kinetic energy and potential energy of the mass on the spring Given equation ... View the full answer