The Water-Powered TA Destroyer By the Jason Ross Fan Club

Slides:



Advertisements
Similar presentations
D.E.A.N. Device Enabling Ample Nonsense
Advertisements

Unbalanced Forces & Motion. Balanced Forces Are forces that have a net force of zero Equal forces in opposite directions Balanced forces DO NOT change.
Chapter 15 Energy Assignments 15.1 Math Skills 1-3 p 448; AQs 1-9 p452
Chapter 8 Potential Energy and Conservation of Energy.
Dr. Jie Zou PHY 1151G Department of Physics1 Chapter 8 Potential Energy and Conservative Forces.
Conservation of Energy and Power
The Work Energy Principle Part 4 By Heather Britton.
The Smileyface Stamp-o-matic™ ConnorWillAnthonyQuinten.
Rube Goldberg Design Ryan Hodges Tom Singleton Travis Vaughn Michael Ewing.
GROWING UP GOLDBERG FROM BOARD GAME TO EF 151 Team: Wesley King, Josh Elam, Kelsey McCoy THEN NOW.
The Cash Droppers By: Franklin Kotsianas Kenson Therrien Garrett Crawford Allyn Crabtree.
Don’t Let Granny Break A Nail! A Rube Goldberg device that opens a tea box.
RUBE GOLDBERG Allen Huang Peter Laciano Kevin Shi T-Pak Attack.
Blake Hollis Jordan Livesay Kellen Catani Sean Yu D1 Team 3.
Rube Goldberg Device Chocolate Storm.  Andrew Kirkpatrick  Jalissa Reynolds  Max Hinchion  Sharae Cockrill Chocolate Members.
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.
Team Members: Chad Fewell Ross Ketron Robert Lowry Tyler Rutherford.
FORCES. Force  any push or pull  Example: opening a door  Pushing something across the floor.
The Snooze Hitter Jackie AnthonyAmanda Arnie Final Team Project-EF 151.
Rube Goldberg Device: THE SLINGSHOT BANDIT By Tim Reed, Andrew Burks, Alan Hancock and Kevin Reed.
Easy Mac Lovers. Group Members Zach Mike Kevin Nick.
Potential Energy & Energy Conservation. Work Done by Gravity 1 l Example 1: Drop ball Y i = h Y f = 0 mg S y x Y i = h Y f = 0 mg S y x 10.
Unit Three: Energy Chapter 4 and 6 Work p extra p p , 9-11 Booklet p p.24 13, 14, 18, 19, 24, 26, 30 Kinetic Energy and.
Brandon Sanders Bruce Shelander Austin Henrikson.
- Review energy and discuss how energy is conserved and changes forms - Investigate how conserved energy works in pulley systems - Study the force of friction.
Work done by a constant force Kinetic Energy Gravitational Potential Energy Simple Machines WORK AND ENERGY.
Rube-Goldberg Catapult Team members: Rob Burgin Craig Bowers Aaron Shannon James Hartsig.
EF 151 Rube-Goldberg Device. Team Members  Daniel Triplett  Scott Wherry  Devin Adams  Jonathan Brickey.
Operation: Roll, Drop, Swoosh!! Engineering Fundamentals 151 Rube-Goldberg Device Section A2.
Eric Bigarel Justin Carpenter Brandon Falls Bradford Taylor.
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.
FIN’S MAKE 2014 BY: FIN (#NODURR). MY PROJECT For my project I decided to do a Rube Goldberg machine. A Rube Goldberg machine is basically a machine that.
6.3 Equilibrium of Forces and Hooke’s Law
Rube Goldberg Challenge Mr. McLellan Introduction to Engineering and Technology.
The Whirl Around By: Adria O’Neal Andre Merino Brett Stroube.
THE RADICAL.
Potential Energy and Conservation of Energy
Team 3: “The Quick-E” Bryant Harrang -Freshman -Biomedical Engineering
A Not So Bright Idea Kevin Black Matt Cowart Andre Wallace
Cyle Rajasaari Andrew Collins Cody Mitchell Sam Wright
Conservation of Mechanical Energy
A Rube-Goldberg Extravaganza
-Tiger's Wood- A Presentation by Team 3.
Egg Drop Paul Hayes, Zack Crane Josh Cole, Ross Snow EF 151
Section 11.2 Conservation of Energy
EMF and Terminal Voltage
Team Members Andrew Davis Don Lopez William Gilbert
By: L.A. Parwani, Tyler Roberts, Michael Matthew, and Matt Williamson
By Sam Jackson, Danny Warren, and Alex Verzi
Rube-Goldberg Project
Team G.O.A.T. (Greatest of All Time)
Nathan Cantrell James Jones Jacob Smith Anna Tourville
Snake Eyes: A Rube Goldberg Device
Home Wrecker.
Four Minus One Nate North MarKeith Brown Brian Robinson
2. For this presentation, make sure you do a background that doesn’t make things difficult to read. Make sure to include pictures when appropriate. Be.
Oscillator 5000 (The Red One).
Bellwork 1/7 What was your favorite topic we covered this semester? Why? (You might want to incorporate this unit in your project!) Kinematics: Vector/Scalar,
The Water Works Joshua Coughenour Alexandra Pattenn Zach Stewart
By: Clifton Blalock Charles Wood Logan Schofield
Team Members: Becca Messer, Jason Utley, and Benjamin Bale
Mark Phelps Malik Rejoub Tony Smith
Brian Ghere Laws Nelson Kevin Kelly
In this section you will:
Ch.6.3 Elastic and Inelastic Collisions
Hephaestus.
Team SmashED Rube Goldberg Project. Team SmashED Rube Goldberg Project.
Potential Energy and Conservation of Energy
Presentation transcript:

The Water-Powered TA Destroyer By the Jason Ross Fan Club Rube Goldberg Device The Water-Powered TA Destroyer By the Jason Ross Fan Club

Team Members Jason Ross Sam Donald Drew Hughes Jimmy Maddox

Enter: Water-Powered TA Destroyer Water starts the process. See-saw hits another see-saw. Ball bearings drop into a cup. Cup pulls chain and opens door. A second ball runs down the PVC pipe and hits the target.

Energy Converstions PEi = KEf

A Few Forces Before: The sum of the forces equals zero. MG (door) + Friction (door) = MG (cup) After: MG (cup) overcomes MG (door) + Friction (door)

Conclusion Practical application of engineering principles. Creative design with a desired goal. Problem solving skill development.

THE END