By: Carrie Brown, Jim Carter, Micah Walker, Conner Reynolds

Slides:



Advertisements
Similar presentations
By Lee Kirwin, Noah Smith, Walker Longworth, and Samuel Parral.
Advertisements

SECME: 21 st Century Pioneers – Dreaming Today To Discover Tomorrow.
MPV project. WHY BUILD AN MPV? Goals of the MPV project 1.To follow directions successfully and build a mousetrap-powered vehicle that moves at least.
Mousetrap Car Project By: Jeremiah Oghafua.
Engineering Design Process C.J.Dicks, Kevin Metzger, Rob Rapaport.
Scratch Robots Up and Down Motion. Scratch Robots Up and Down Motion Module – How does it work? The cap’s rotation is off-center,
Mini Rube Goldberg Lila Fisher Nicole Heim Hampton Cunningham Cody Dempsey.
Pneumatic Clamp Step-by-step assembly instructions (c) 2010 National Fluid Power Association.
The Inefficient Engine By Adam Lindsey Nick Casamatta Dustin Mount.
MOUSETRAP CAR DESIGN.
Jessica Linus Engineering Foundations of Technology II February 16,2013 Mrs. Fitzpatrick.
CO2 Dragster Project Julia Rodriguez. UNDERSTAND The cars are powered by the CO2 cartridge being punctured. The cars will race on a 20 meter track along.
Reed Switch Motor By Troy Coleman & Colby Cravens.
“SECME: Igniting Minds Through STEM Education”
Making a Home Made Estes Rocket By Roberto & Stefano Barbier.
Problem Statement There are over 25 million children under the age of 5 in the United States, many of these children are taken out to restaurants to eat.
Step-by-step assembly instructions
Mousetrap Car TIPS View in full slide show mode and use headphones
By Abbi Howell Maker Day. Bottle Rockets was where you got a bottle and used all kinds of materials to make a mini rocket. We had the materials of tape.
The Mystery Machine Created by Kyle Rockwell, Ronan Shaffer, Dalton Scheiner, Emmy Nam.
Mousetrap Vehicle Design By Jack Comsa. What it’s supposed to look like:
Mousetrap Car Assembly Instructions 1. Safety Students are required to wear Safety Goggles during the construction portion of the Mousetrap Car Lab No.
Fun with Physics Intersession By Josh Walters. In this intersession (fun with physics) we did a lot of hands on projects to help us learn more about physics.
By: Dominic Stone Bret Shelton Matt Stout Chandler Odom.
Balloon powered race car
 Key Learning ◦ Energy can be transferred through a mechanism to perform a given task.  Unit Essential Question ◦ How can energy be transferred from.
Flushed!!! By: Michael Jackson and The Jackson 5.
Levers & Fluids Rig Step-by-step assembly instructions (c) 2012 Mechanical Kits Ltd.
Lightweight! Stewart Chase Jordan Nguyen Elliott Steen Ben Word the.
INTERSESSION Fun with Physics. Catapults We made catapults We made catapults The catapults were made of wood and a rat trap The catapults were made of.
Parts of my Chassis 12/10/10. An axle makes the wheels on my car move. The axle also holds the wheels in the correct position. The axles of a vehicle.
Egg Carrying Rocket Complete Your goal is to have your rocket looking something like this at the end of this section– fins attached and rocket engine block.
ELECTRIC VEHICLE PROJECT CAR BUILDING PROCEDURES BY: PIERRE PEASHA CENTENNIAL HIGH SCHOOL BAKERSFIELD, CA.
Making the Chassis (1/4) Create Chassis: 1.Use the Xacto knife, metal straight edge, wood and cardboard to cut your pieces (Sides & Tops) for the chassis.
Warm Up Activity 1.Pick up a poker chip from the teacher. 2.3 chips per team: 1 white, 1 blue, and 1 red per team. 3.Sit with your team members.
Vehicle Example 1 Body is made of medium density fiber board (MDF) Wheels were cuts with a hole cutter 1/8” dowel axels were inserted through holes drilled.
Gravity Cruiser By Emma, Julia, Layla, George, and Dean.
Foldable Tie Book Instructions. Materials Needed 2 pieces of scrap paper Glue stick Paper Hole Punch Tool 1 piece of yarn cut to one arm’s length.
25th Annual 7th and 8th Grade Battery Car Challenge
SeaPerch Structural System
SeaPerch Structural System
The Light Bulb! “ Just to let you know you have a good idea”
Build-It-blocks Creative Robotics
“SECME: 21st Century Pioneers – Dreaming Today To Discover Tomorrow”
Kristin McCoy Academic Coordinator, CSU Fresno MESA
Team 3: “The Quick-E” Bryant Harrang -Freshman -Biomedical Engineering
Mousetrap Cars.
Workshop Rotating Platform
Workshop Rotating Platform
Step-by-step assembly instructions
Workshop Rotating Platform
Step-by-step assembly instructions
Mousetrap Car Construction
Bridge Challenge Hedrick Middle School 2017.
Pictures and cars.
Step-by-step assembly instructions
Step-by-step assembly instructions
Workshop Rotating Platform
Rodrigo Martinez, Calvin Yarboro, Hannah Winebarger, Haley Swaim
By: Vincent McCoy Kathy Erickson Josh Debity Rich Adams
Step-by-step assembly instructions
Mousetrap Cars.
Motion and Design Lesson 5
Phil Kinney Alex Webster Austin Womac Michael Jugan
By Jasminder,Rhon,Aaron,Rozy & Zyrhon
By: Tj, Rachel, Connor, Caesar, Anthony, Luke
Pulling a Force.
Standard I can determine what causes objects to speed up, slow down  or change direction Entry Task Go to Pg. 45 – Mouse trap car: Building Day 1 Learning.
The Dead Mouse Elevator
Mousetrap Vehicle B 2020 SD Regional
Presentation transcript:

By: Carrie Brown, Jim Carter, Micah Walker, Conner Reynolds Mousetrap Car By: Carrie Brown, Jim Carter, Micah Walker, Conner Reynolds

Task Outline Team Project Coordinator- Carrie Brown Design Coordinator- Micah Walker Testing Coordinator- Jim Carter Presentation Coordinator- Conner Reynolds

Approved materials list Design Elements Design A Mousetrap Car Design restrictions Approved materials list Elements of design Chassis issues Engine issues Drivetrane issues Weight Proper structure/stability Strength Mouse trap falls off. String breaks. Ruler snapping. Friction Axel placement. Not having good rotation .

Initial Design Flow Chart Research Ideas/Brainstorm Design Element Issues Chose Best Solution Design Car (schematic drawing) Gathered Materials for the car. Drilled holes for the axels Built the car Tested the car

Revision Flow Chart We adjusted the wheels. After the first trial we made the following revisions: We adjusted the wheels. We added weight to the left side. Using pennies and binder clips. One of the wheels fell off and we had to glue it back on. We added to the wheel weight using pennies.

Schematic

Design Process Four CDs as wheels Wooden sticks for axels Three pieces of wood was used for the chassis. Mousetrap as engine Attached to the mousetrap a ruler Attached to ruler a string which is wrapped around the axel.

Mousetrap Car

Testing the car

VIDEO

The car in action.

Group Picture

First Run

Second Run

Velocity Graph

Acceleration Graph