1 / 13

Rube Goldberg

Rube Goldberg. Nikki, Brooke , Anna, and Henry. What does our machine do? The task that our very complicated machine is set up to complete is the turning on of a flash light. Where did we come up with the design?

sydnee
Download Presentation

Rube Goldberg

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Rube Goldberg Nikki, Brooke, Anna, and Henry

  2. What does our machine do? The task that our very complicated machine is set up to complete is the turning on of a flash light. Where did we come up with the design? There was really no specific source of inspiration for our machine. We used all the ideas from our group members and made it into one collaborative machine. How does our machine work? The main source in the functioning of our machine is the transfer of energy from one step to another. We also use some forces of gravity to our advantage at the very end with the turning on of the flash light. We would also like to thank Mr. Reil for helping us do the power tool work. We would also like thank him for assisting us in the functioning of the wheel and axle.

  3. First Reaction Our machine starts out with a weight being dropped into a cup. The weights will then set off the pulley sending the cup with the weights down towards the screw platform. • MA of pulley 1 • 2 support strings but one is pulling down so MA=1

  4. 3) The cup will hit the platform setting off the bead down the screw. Second Reaction Begins

  5. Second Reaction Continued 4) The weighted bead at the top will start down the screw after it is triggered by the cup. • MA of screw= 2 • Pitch =5in Circumference =10in • MA= Circumference/pitch

  6. Third Reaction Begins 5) The weighted bead, after going down the screw, will hit the car.

  7. 6) The car will then be sent down the track as it heads towards the dominos. • MA of inclined plane (track)= 4.4 • l= 24in h=5.5 in • MA=l/h

  8. Fourth Reaction Begins 7) The car will be slowed by a stopper made of poster putty but it’s energy will be transferred and knock over the first domino.

  9. MA of domino= 0.9 • 3rd class lever • lr=4cmle=3.5cm 8) The line of dominos fall and transfer their energy from one domino to the next 9) The dominos will hit the wheel. • MA of wheel and axle= 57.9 • Wheel radius=12.17cm • Axle radius=.21cm • MA= Wheel r/Axle r

  10. Fifth Reaction Begins MA of inclined plane (tube)= 2.75 *l=5.5in h=2in * MA=l/h 10) Wheel will turn and hit the ball perched at the top of the inclined tube. 11) Ball will roll down tube and onto table.

  11. Sixth Reaction Begins 12) After ball has rolled out onto table it will hit the weight.

  12. 13) Weight will fall and start the pulley in motion MA of pulley 2= 1 * There are two support strings but one is pulling down.

  13. 14) The force exerted from the dropped weight transfers through the pulley and finally our task is complete the force pulls the string and turns on the flash light.

More Related