1 / 7

Group 3

Group 3. Aka Rube GoldBEST. The Team. Collin Zimmerman. Nick Humensky. Jeremy Moody. Zack Barber. Enjoys a good frolic. Enjoys sunset walks on the beach. One day wishes to be as cool as he dresses. Loves to dance. Afraid of bats and peanut butter. Aspires to some day

lam
Télécharger la présentation

Group 3

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. Group 3 Aka Rube GoldBEST

  2. The Team Collin Zimmerman Nick Humensky Jeremy Moody Zack Barber • Enjoys a good frolic • Enjoys sunset walks on the beach • One day wishes to be • as cool as he dresses • Loves to dance • Afraid of bats and peanut butter • Aspires to some day • join the olympic synchronized • swimming team • Plays as Kirby in • Super Smash Bro’s • His life be like • ooooahhhhoooooooahh • Probably wants some ice cream • right now • Can bench Collin, Nick, • and Zack with one hand • If he could be any animal, • would be a kangaroo • World class cartwheeler

  3. The Design • First, a marble rolls into • a solid ball, rolling into • a funnel • Next, the marble rolls • down the tube and hits • a wooden piece that • transfers its energy to a • second marble. • The second marble rolls • down the remainder of the • pipe until it knocks a platform • off balance releasing a marble • in the Newtons Cradle • Finally, the Newtons Cradle • knocks a wooden plank into • the banner, releasing it for all • to see

  4. Calculations Rotational Energy m=mass of the marble g=acceleration due to gravity h1=height from drop to ball k=mass moment of inertia for ball and marble ω=angular velocity of the tip of ball mgh = (1/2)kω^2 Translational Energy m1=mass of the marble m2=mass of the wood v1=velocity of the marble v2=velocity of the wood Marble one Wood Piece Marble two (1/2)(m1)(v1)^2 = (1/2)(m2)(v2)^2 = (1/2)(m1)(v1)^2 Torque τ=torque of platform F=perpendicular force of the marble d=distance from center of mass τ=Fd

  5. Calculations Continued… Center of mass m1=mass of marble m2=mass of the platform r2=distance from left to com of platform r1=distance of marble from far left side of platform (m1)(r1) + (m2)(r2) m1 + m2 Conservation of Linear Momentum m1=mass of ball g=acceleration due to gravity v1=linear velocity of ball h=height of ball held above center of Newton Cradle m2=mass of last ball v2=velocity of last ball m1gh = (1/2)m1v1^2 m1v1 = m2v2

  6. The Construction • The design and construction came in 3 steps: 1. Come up with a design 2. Completely redo that design 3. Build the new design with random items found in the workshop • Originally we had a projectile motion section, along with a series of dominoes, but those • Ideas were quickly removed. The large ball for the marble to rotate into along with the • center of mass platform were added in the place of these two concepts. • Some of the items used for the design that were not initially in the blueprints were: -The handle of a vacuum -The stick of a broom -A set of mini bowling pins

  7. In Conclusion… We dropped the flag

More Related