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The spring is then place sideways on a frictionless table attached to a 0.8 kg mass. It is set into simple harmonic motion at a time 1 = 0sec. The 0.8 kg mass has a speed of 0.327 m/s to the right and is located at a position 0.725 meters.  Graph the position versus time graph for the time interval t=0sec to t=4secs  Make sure to mark the positions at:  0s, 1s, 2s, 3s, 4s,

The spring is then place sideways on a frictionless table attached to a 0.8 kg mass. It is set into simple harmonic motion at a time 1 = 0sec. The 0.8 kg mass has a speed of 0.327 m/s to the right and is located at a position 0.725 meters.  Graph the position versus time graph for the time interval t=0sec to t=4secs  Make sure to mark the positions at:  0s, 1s, 2s, 3s, 4s,

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When a 0.2 kg mass is hung from a spring, the spring elongates a distance of 0.25 meters from its equilibrium position. The spring is then place sideways on a frictionless table attached to a 0.8 kg mass. It is set into simple harmonic motion at a time 1 = 0sec. The 0.8 kg mass has a speed of 0.327 m/s to the right and is located at a position 0.725 meters. 

Graph the position versus time graph for the time interval t=0sec to t=4secs 

Make sure to mark the positions at: 

0s, 1s, 2s, 3s, 4s, 

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