The Purple Cobra Built by Ben Graham and Preston Garland

Slides:



Advertisements
Similar presentations
A non-bouncy object is dropped from the top of a 100m building. If the object comes to rest upon hitting the ground, does this defy conservation of energy?
Advertisements

The Team Stephanie Miller Tia Patron Kelli Byrne Amanda Noa.
Energy & the Roller Coaster
The Puppy Express Stephen Catignani Spenser Kenkel Arpit Dave Brian Esswein.
The Black Panther Roller Coaster By:Steven,Ryan and Patrick.
The Tube Coaster Bailey Hood & Chase Moore. Device Design Materials Used 3 sheets ½ x ½ meter pegboard 1 sheet ½ x ½ meter plywood 6 feet rubber tubing.
The Grand Salute Luis Guzman Matt Pruitt Eddie Novak.
Potential & Kinetic Energy How do forces result in potential and kinetic energy?
Design Challenge: Build a Roller Coaster.  Displacement – measures the change in position of an object, using the starting point, ending point, and noting.
STEM: ROLLER COASTER PHYSICS DATA. Group Distance of total trip Time of total trip Velocity of total trip 1 – My Name Is Jeff (Christina, Vicelle, Isabel,
The Roller Coaster Project Group Members: Jonny Weigand, David Upchurch, and Jacob White “The Pocket Rocket” picture.
Twisted Metal Team Members: Nick Miller Kelly Kenner Keith Crouch.
10/27 Warm-up Copy the following in your science journal
Junk Box Objective: Create a marble maze using the materials in a box of junk!
Team 6 Nikki Arcamuzi Jordan Harris Kristen Rich’ard Tyler Stanley April 28, 2010.
EF 151 Group Project Code Name: Frank. Team Members Josh Barnes Michael Mcmillan Dhaval Patel Christopher Tarpy.
By: Sean Elliot Aaron Ross Kevin Lovell. Introduction Our goal was to design and build a roller coaster that transports an object from a start point to.
Brian Rosloniec, Adeline Powers, Preston Childress, Trevor Martin.
TEAM SHANANIGANS Ben Hemphill Leslie Roberts Ryan Burnett Cori Crenshaw Austen Webber.
The Commander Andrew Coley, Darryl Bell, James Farmer, Lane Dukart.
Lazy Man Can Opener Created By: Eric Padro Eric Strafuss Brett Tickle Wesley Ward.
The Snooze Hitter Jackie AnthonyAmanda Arnie Final Team Project-EF 151.
Team Patrick Taylor Morris Michael Culley Gerrit Hale Andrew Kaminsky.
Energy Pre-Lab. Pre-lab Books Ramp Pre-lab Marble.
Robo – Boogie By: Kyle Kempka Kyle Kaesburg Patrick Slavic.
EF 151 Roller Coaster Project Team: Go Vols
Rosesharon Charm Janelle Dunn Chassidy Holloway Jewett moss.
Ty Koelker Austin Koenig Christy Hunt Our Team. What we used Materials and Tools Plywood Plywood Clear rubber hose Clear rubber hose Dowels Dowels Bbs.
Goal: Ring A Cowbell Basic Set Up: Three Steps Step 1- A Golf Ball Rolls Down A Series of Wire Ramps. At The Bottom The Ball Hits A Pin That Makes.
Team Vortex Hogan Harrell Cooper Bice. Device Design We built our device out of wood and car track. PVC was also used for the rope to go around like a.
Project Ramrod Team RamRod Nick Berens Chris Crowe Tom Dillard Matt King.
Potential and Kinetic Energy. What is Energy? Energy is the ability to cause change. Everything except feelings and ideas is made up of energy or matter.
Energy Review: Chapter 5 Section 1, Pages Kinetic Energy (KE) Energy of _________________________________________ If an object is ___________________________.
Potential and Kinetic Energy
Jay Lockaby Mohammad Salehi Danny Holbert Kyle Elich Jay Lockaby Mohammad Salehi Danny Holbert Kyle Elich.
The Whirl Around By: Adria O’Neal Andre Merino Brett Stroube.
The Math Machine William Grasty James Hunter Austin Jerome Alex Thacker.
Potential Energy and Conservation of Energy
The Light Bulb! “ Just to let you know you have a good idea”
Chapter 7 Potential Energy.
By: Chris Hensel Andrew Howard Eric McEwan
By Zack Hayden, Caleb Anthony, Justin Maney
By: Chad, Ben, Matt, and Thibaut
Lab 2_2 Energy Losses 2.
By:Michael Bright David Brundage Michael McAmis Damien Sutton
The Bartender D1-8.
By: Natalie Browning Scott Burnette Kyle Holtsclaw Heather McMahan
Bryan Tharpe Ivan Geigerman Brett Gibson Bart Ring.
Taylor Morris Michael Culley Gerrit Hale Andrew Kaminsky
Acceleration.
AP 1 Energy practice.
The World’s Most Awkward Roller Coaster: The Pipethon
Engineering Fundamentals 151 Fall 2008 Final Project “Ode to Phil”
The Whirling Durban.
Up, Up & Away (The Great Balloon Launcher)
Kiffin’s Crazy Coaster
Project by: Amber Thomas Andrea Williams Lindsey Sharp Shayna Chapman
By: Natalie Browning Scott Burnette Kyle Holtsclaw Heather McMahan
Conservation Laws Elastic Energy
Josh Lee Carl Vick Josh Chandler Eric House
By : Steve Swearingen J.R. Lackey Alex Groner
The Hamburger Team members: Ted Kocak, Will Bullock, Ben Wing
By: Chris Ahn John Berg Alex Jacobson Daniel Lewis
Team Members: Trevor Binkley, Robby Bursley, Brady Lollar, Colby Seals
It Worked Yesterday! By Nathan Carter, Clark McAdoo, and Brad Haynes.
James Smith Victoria Ingman Johnathon Thibodaux Nicholas Dycus
Screwed Tubes Creators: Andreas Bastias Luis Castellanos
Adam Duncan Sean Mason Faheem Ahmed Taylor Mann
Pre Assessment Discussion
The Little Roller Coaster that hopefully could.
Presentation transcript:

The Purple Cobra Built by Ben Graham and Preston Garland

The Purple Cobra The design of the device is broken into three parts. The ball begins with a series of slanted ramps which lead into a ribbed stretch of tubing, taking the coaster on a horizontal, declined loop which exits onto a slanted pegboard. After bouncing down the pegboard, the ball will finally land in the cup at the bottom.

Stored Energy throughout roller Coaster

Design/construction issues The original design called for a track built of mostly tubing and pipes, which later had to be reduced considerable do to the lack of malleability of the pipe. The original design for the slanted ramps call for several pieces of slowly declining, u-shaped pieces of piping, which was later found impossible to attach to supporting board. Marbles have become a rare item in toy stores.

Conclusion The roller coaster falls just short of the 15 second requirement, making the project, for the most part, successful. One of the difficulties we encountered was the large number of calculations required due to the large number of different and variable forces throughout the ramps and pegboard. If given another chance, we would have tested materials for thoroughly beforehand and had a precise design/model before buying materials, due to problems encountered in the building process.