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Music In Motion

Music In Motion. Samuel Arwood Tripp Plaskett Brandon Quick Jared Thigpen. Simply put, this device uses several simple movements to turn on an Ipod. 2 Marbles Rubber Tubing Wooden blocks Rotating hinge IPOD Speakers. What it does. Demonstration. Calculations.

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Music In Motion

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  1. Music In Motion • Samuel Arwood • Tripp Plaskett • Brandon Quick • Jared Thigpen

  2. Simply put, this device uses several simple movements to turn on an Ipod. 2 Marbles Rubber Tubing Wooden blocks Rotating hinge IPOD Speakers What it does

  3. Demonstration

  4. Calculations • Velocity at the end of hose equals 6.75ft/s • Coefficient of restitution between the ball and the wood to be equal to 0.354 • Velocity of first block was equal to 2.39 ft/s • Combined velocity of the first and second blocks equal to 4.50 ft/s

  5. Calculations • The second and third block was equal to 4.85ft/s • Third and fourth block was 3.83 ft/s • The final velocity of the wood was equal to 4.13ft/s. • The final velocity of the ball before it hits the I-pod was equal to 7.52ft/s.

  6. Conclusions • Operation was very successful • Transfer of energy and motion • Review the modules • Used in a real-life situations

  7. Our main inspiration was our teachers’ assistant and role model, Patrick Dobbs.

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