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rube goldberg machine 3

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Rube Goldberg Machine By Izagani Aquino, Madison Brand, Evan Colenbrander, and Ty Cubley Steps 1. A car rolls down an inclined plane, the truck has a Potential Energy of 0.06 Joules 2. The car knocks over four dominoes, which hit over a marble, the domino has a force of 0.003 Newtons. 3. The marble runs down a screw, then down a tube, and hits over a weight, the marble has an acceleration of 0.23 meters per second, squared. 4. The weight pulls down on the pulley, pulling up
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  Rube Goldberg Machine By Izagani Aquino, Madison Brand, Evan Colenbrander, and Ty Cubley  Steps 1.A car rolls down an inclined plane, the truck has a Potential Energy of 0.06 Joules 2.The car knocks over four dominoes, which hit over a marble, the domino has a force of 0.003 Newtons.3.The marble runs down a screw, then down a tube, and hits over a weight, the marble has an acceleration of 0.23 meters per second, squared. 4.The weight pulls down on the pulley, pulling up the wood block, the weight has a force of 0.017 Newtons.5.The wood block hits over a lever so that a marble runs down it, the lever has a mechanical advantage of 0.22.6.The marble runs down an inclined plane in the shape of the Golden Gate Bridge, the marble has a Kinetic Energy of 0.0094 Joules  7. The marble hits a pig, which runs down an inclined plane. The pig has an acceleration of 2.33 m/s squared.8. The pig hits a car, which resembles bacon which runs down an inclined plane. The bacon has a force of 0.43 Newtons.9. The bacon hits another car, which runs down an inclined plane. The velocity of the falling car is 0.65 meters per second.10. The car hits a final car, which runs down an inclined plane, the car has a velocity of 0.66 meters per second. 11. The car hits a metal marble, which runs down an inclined plane, the momentum of the marble is 0.009 Newton seconds.12. The marble hits together two batteries, launching a rocket. The rocket is propelled by a gust of air with a huge amount of force, which accelerates the rocket over a short distance. After accelerating, the rocket maintains a constant velocity until it hits the ceiling.  The Five Simple Machines Inclined Planes - In steps one, seven, nine, ten, and eleven, a marble or car rolls down an inclined plane. The inclined planes are represented on the blueprint as letters A, G, and H. Screw -  In step three, a screw is used to transport a marble down a small space in the shape of Uncle Sam’s hat. The screw is represented on the blueprint as the letter C. Lever-  In step five, the wood block pushes up on the top of the lever, therefore pushing the marble down the lever and onto the inclined plane. The lever is represented by the letter F on the blueprint. Pulley-  In step four, a weight pulls down on a pulley system, therefore pulling the wood block up. The pulley is represented on the blueprint by the letter E. Wedge-  In step seven, a triangular wedge was used to hold the car in place. Without this triangular wedge, the car would slide down the inclined plane, making it so our Rube Goldberg Machine would not work.
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