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23 Nov 2019
You attach a mass of 0.200 kg to a spring that has a springconstant of 80N/m
You place the mass - spring system on a horizontal frictionlesssurface in the equilibrium position. Next, you compress the spring0.10 m, release it and the system begins to oscillate. time startswhen spring is released.
1. What is the Phase angle
2.Find the Position, Velocity, Acceleration, Potential Energy,Kinetic Energy, total energy, and the force the spring exerts onthe oscillating mass all at time t = T/6
3. Find velocity of the oscillating mass the first time it is at x= 0.010 m
4. Time it takes the oscillating mass to get to the position x =0.010 after it is released
You attach a mass of 0.200 kg to a spring that has a springconstant of 80N/m
You place the mass - spring system on a horizontal frictionlesssurface in the equilibrium position. Next, you compress the spring0.10 m, release it and the system begins to oscillate. time startswhen spring is released.
1. What is the Phase angle
2.Find the Position, Velocity, Acceleration, Potential Energy,Kinetic Energy, total energy, and the force the spring exerts onthe oscillating mass all at time t = T/6
3. Find velocity of the oscillating mass the first time it is at x= 0.010 m
4. Time it takes the oscillating mass to get to the position x =0.010 after it is released
