Question: Simple Harmonic Motion, Waves, and Sound Module Lab Initial Set-Up Initial Conditions (shown in the image below) Mass = 100 g Spring Constant at Midpoint

Simple Harmonic Motion, Waves, and Sound Module Lab Initial Set-Up

Initial Conditions (shown in the image below)

  • Mass = 100 g
  • Spring Constant at Midpoint
  • Damping - None
  • Speed (in lower right) - Slow
  • Pull the timer and ruler out from the small box on the right
  • Stretch the spring (if you haven't hit the pause button, the spring should be oscillating)
  • Hit Play on the timer to begin timing when the spring is fully extended. (For one complete oscillation, the mass must return to the fully extended position)

The spring should be stretched a small amount, so the oscillations do not go beyond the screen. If the damping is set to none the amplitude should not change.

When you change the mass, the amount the spring is stretched will need to be adjusted; smaller amount for the 50 g mass and larger amount for the 250 g mass.

Image of Initial Experiment Setup

Simple Harmonic Motion, Waves, and Sound Module Lab Initial Set-UpInitial Conditions (shownin the image below)Mass = 100 gSpring Constant at MidpointDamping - NoneSpeed(in lower right) - SlowPull the timer and ruler out from thesmall box on the rightStretch the spring (if you haven't hit the

Energy Graph 100 g Spring Constant 1 Displacement Small O 500 Natural Length Mass Equilibrium Movable Ling Gravity Lots Custom T Damping 109 Noria Lots O Normal O SOW O - Height = 0 m\f\fMass 100 9 Spring Constant 1 Displacement Large 55 300 Natural Length -0 Mass Equilibrium OMovable Line )Period Trace Gravity 9.8 mi's? 00:00.00 Earth Damping None Velocity Acceleration 109 0 O Normal Slow = =-.. Height = 0m

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