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Rube Goldberg

Rube Goldberg. EF 151. Jimmy Bouchard Freshman in Nuclear Engineering Tim Horton Sophomore in Civil Engineering Chris Sorrels Senior in Nuclear Engineering Mathew Stinnett Freshman in Electrical Engineering. Team Members. Conservation of Energy Translational

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Rube Goldberg

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  1. Rube Goldberg EF 151

  2. Jimmy Bouchard • Freshman in Nuclear Engineering • Tim Horton • Sophomore in Civil Engineering • Chris Sorrels • Senior in Nuclear Engineering • Mathew Stinnett • Freshman in Electrical Engineering Team Members

  3. Conservation of Energy • Translational • Potential, Kinetic, & Elastic • Projectile Motion • Conservation of Angular Momentum • Conservation of Linear Momentum • Collision Device Summary

  4. Potential Elastic Energy is released to shoot (Projectile Motion) the ball into a funnel . • Angular Momentum is conserved with the ball swirling through the funnel speeding up as the radius gets smaller. • Kinetic Energy is turned into Potential Energy after the ball comes out of the tube. • Linear Momentum is conserved with a collision of the two balls. Operations

  5. Time Conflicts of Members • Source of Supplies • Working with Unreliable Springs • Procrastination Construction Issues

  6. How to work together as a team and achieve one goal. • Applying what we have learned in EF 151. • Conservation of Energy & Momentum • Projectile Motion & Rotational Motion What was learned?

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