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Published byAllison Hayman Modified over 3 years ago

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Team 2 Rube-goldburg Device Team Members: Nate Talbot, Elliott Walton, Stephen Gresham, and Arthur Knotts

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Stage 1 All Energy is Potential U=mghK=½mv² m=mass g=gravity v=velocity U₁+ K₁ = U₂ + K₂ Then is Converted to Kinetic when the stopper is removed M=mass G=gravity V=velocity H=height

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Stage 2 Projectile Motion Y=y₀ + V₀t +.5gt² X= x₀+ V₀t The Marbles fall from stage one and are shot from a ramp into a funnel Y=displacement on y-axis T=time g=gravity X=displacement on x-axis

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Stage 3 Gravitational Potential EnergyU=mgh From the funnel the marbles are at the mercy of gravity and fall into a bag U=gravitational potential energy M=mass H=height

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Stage 4 Tension and Torque T=maτ=Iα When enough marbles have fallen into the bag the pulleys are initiated and the track is pulled up τ=torque I=mass moment of Inertia α=angular acceleration r=radius T=tension m=mass a=acceleration

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Part 5 Center of Mass We offset the center of mass in the box to erect the flag X=center of mass M=mass

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Conclusion

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Mechanical Energy. Gravitational Potential Energy The energy possessed by an object because of its position relative to a lower position The potential.

Mechanical Energy. Gravitational Potential Energy The energy possessed by an object because of its position relative to a lower position The potential.

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