Eric Bigarel Justin Carpenter Brandon Falls Bradford Taylor.

Slides:



Advertisements
Similar presentations
The Diet Dispenser Weight Loss is Just a Balloon Pop Away!
Advertisements

Vol Ball Haul Brad Eckel Eric Spraggins Jordan Harris Hunter Culbertson.
Device constructed of mostly wood, plastic, and duct tape. Materials utilized: Racecar track with car Spring Marble Mousetrap Cut up plastic coke bottle.
Rube Goldberg Project:. Explanation:  A lacrosse ball rolls down a tube.  The ball hits one action figure and the action hits the one in front, like.
The Grand Salute Luis Guzman Matt Pruitt Eddie Novak.
The Cash Droppers By: Franklin Kotsianas Kenson Therrien Garrett Crawford Allyn Crabtree.
Team Sacajawea Chris Brakebill, Blake Forsyth, Matt Hockett, and Adam Hurlbut Chex Dig Ferrari’s Foosball Fiasco.
Turbo (I went to Prison in 1979 and Coat-hangers) Eric Lehman Tommy Morgan Chris Agee Matt Edmunds.
The Gutter Guzzlers Jonathan Wallace, Ben Goodrich C.J. Hurt, Richard Bryn.
The Sandtrap By: Austin Rider Jennifer Godbold Kyle Woods Stephen Yontz.
Bell work Jason held a basketball over his head and then threw it toward the floor. The ball hit the floor and bounced back up into the air. Eventually,
By: Steven Beaton, Casey Brown, and Doug Lindsey.
TEAM SHANANIGANS Ben Hemphill Leslie Roberts Ryan Burnett Cori Crenshaw Austen Webber.
The Commander Andrew Coley, Darryl Bell, James Farmer, Lane Dukart.
Year 10 Pathway C Mr. D. Patterson 1.  State that energy can be transformed without loss  Apply energy transformation to simple situations 2.
The Snooze Hitter Jackie AnthonyAmanda Arnie Final Team Project-EF 151.
Fall Semester Review: Physics Situation 1: Air resistance is ignored. A person is standing on a bridge that is 150 m above a river. a. If a stone with.
A presentation by: Aaron Morris, Carson Barnes, Julianne Swafford, Joe Yantis, and Tommy Wulz.
Floating Ball Valve Team DHMO: Barry Schnorr David Harrison Justin Ferrentino Haixian Huang.
Combination of plastic tubing, PVC pipes, surrounding supportive wooden structures, and duct tape.
Team E2-4 Kerry Memory Desiree’ Seay James Plott Savannah Harrison.
Team Patrick Taylor Morris Michael Culley Gerrit Hale Andrew Kaminsky.
The ‘Team Alpha’ Super Coaster Meet the Team – Aron Beierschmitt- Design Lead/Business Analyst – Jordan Hamblen- Project Manager – Kevin Johnson- Construction.
Robo – Boogie By: Kyle Kempka Kyle Kaesburg Patrick Slavic.
Team Members Jonathan Coplon Charles Gregory Scott Hedrick Colin Sandidge Corey Turpin.
The Marble-nator Brought to you by: Kristen Holdway Gabe Froula & Rayshawn Lanier.
BALLS OF STEEL Ben Petersen Chris Bowland Matt Jones.
Team Twisterness Ben Peters A mechanical engineer out of Oak Ridge High School, Knoxville, TN. Logan Taylor An electrical engineer out of Pope John Paul.
The Berry-Go-Round Collin White, Burns Cunningham, Trevor Toll, Julie Carrell.
EF 151 Final Team Project: MacGyver’s Water. Team MacGyver Members Jason Koenn Dawo Rogers Stanley McGrady John Wallen.
Boot Scoot Bogey Team Members: Brad Chase Matt Hawkins Stuart Boyce 1.
Project Ramrod Team RamRod Nick Berens Chris Crowe Tom Dillard Matt King.
Free-Fall By: Nolan Davis Sam Robinson Derek Marsh Lee Eaves.
Conservation of Energy (a.k.a Slacker Physics). Now, Really…Conservation of Energy In a system, energy can not be created or destroyed. Energy can change.
STORED ENERGY Wood is stored chemical energy until it is burned and the potential energy is released. A ball held above the ground has potential energy.
Our team decided on a much simpler approach, using few materials. We mostly collected items from around campus. Our team decided on a much simpler approach,
Potential Energy Review of Work Work is the product of force and distance. W = Fd If work is done on an object its energy is changed If the work done.
Presented by: TJ Ward Kim Callahan John Hamilton Scott Andrews.
The Whirl Around By: Adria O’Neal Andre Merino Brett Stroube.
Jennifer Young – Amy Ashe – Andrew Veeneman
By: Chris Hensel Andrew Howard Eric McEwan
Potential Energy Vanderbilt Students Volunteers for Science
The Trash Dispenser.
Potential Energy Vanderbilt Students Volunteers for Science
The Country Club Elevator
Energy is the ability to do work.
Bell work Jason held a basketball over his head and then threw it toward the floor. The ball hit the floor and bounced back up into the air. Eventually,
Kyle Burgess Josh Edmiston Evan Gangaware William Sullivan
Taylor Morris Michael Culley Gerrit Hale Andrew Kaminsky
The World’s Most Awkward Roller Coaster: The Pipethon
The Whirling Durban.
EF 151 Team Project Carmageddon Dec 5th 2006.
By: Sara Carlisle Ty Coleman Nick Graham Steven Stokes
Up, Up & Away (The Great Balloon Launcher)
The Liftanator By, Sam, Michael, And Mark.
Home Wrecker.
Job Performance Requirement 10-15
ENERGY TRANSFER IN MOTION (TUESDAY, 4/11)
Laura DeVilbiss Brandon Dickers Leo Khmelniker
By : Steve Swearingen J.R. Lackey Alex Groner
Russell Ragghianti (ME)
Hang A Gator Andrea Dugger Austin Prince Justin Sadler Zach Stewart.
By: Jessie, Jordan, and Jonathan
Toothpaste Extravaganza
FORCE AND MOTION.
Brian Ghere Laws Nelson Kevin Kelly
It Worked Yesterday! By Nathan Carter, Clark McAdoo, and Brad Haynes.
EF 151 Team Project 6 The Gutter Guzzlers
Team Awesome.
The Little Roller Coaster that hopefully could.
Presentation transcript:

Eric Bigarel Justin Carpenter Brandon Falls Bradford Taylor

The Team

Introduction Problem Statement: Design and build a device that will transfer either a cart or ball for a duration of about 15 seconds. AKA a 15 second long rollercoaster

Design Base Made of PVC Pipes Weighted down by sand bags Track Clear plastic hose Filled with blue water Sealed off by valves “Cart” Ball bearing painted neon orange Destination PVC pipes taped to the floor

How it works The ball is released at the top of the hose and continues down the tube until it reaches the end Without the water, we tested it and it ran through in roughly 1.5 seconds The water acts as a drag force to slow down the ball during the decent

Energy Conversion Initial Potential Energy = Final Kinetic Energy + Energy Loss Due to Water The energy loss due to water is huge, which makes the time difference with and without water so large