The Hipster Mobile scale 1cm:60 inches. BEEN THE CAR OF THE FUTURE BEFORE IT WAS COOL TO BE THE CAR OF THE FUTURE By: Eric Cheng Micky Harris Lindsey.

Slides:



Advertisements
Similar presentations
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.
Advertisements

Mousetrap Car Project By: Jeremiah Oghafua.
PHY131H1F - Class 11 Today: Friction, Drag Rolling without slipping
Racing Engines and Engine Modifications
If the diameter of a circle is 6 in, then what is its radius?
The Zap Alias Virginia Nguyen HTM 304. The Alias A three-wheeled electric car.
Calculating Potential Performance How to use math and physics to inform your mousetrap car design.
Color Wheel. Step 1: You will need to get 12x18 inch white paper to paint on.
Jessica Linus Engineering Foundations of Technology II February 16,2013 Mrs. Fitzpatrick.
Presented by University of Miami
 Title your pages:  Page 69: Unit 2 Student Reflection  Page 70: Unit 2 Parent Review  Page 71: Table of Contents (Only if you don’t have Table of.
Why Transportation?  Problem  Climate Change, Air Quality, Peak Oil, Congestion  Revolutions  Air, Land, and Water  Systems Integration  City Planning.
ForcesWorkPowerConversionsGrab Bag FJ.
Open Differentials Naeem Shariff.
Initial PS project MPV Cars. Mousetrap powered vehicles Used as an visual and physical example of most major concepts that we will explore in the physics.
Problem Solving: Transportation Systems. The Activity: Egg Crash Vehicle.
CRASH TESTING MR. JORDAN’S SCIENCE CLASS.
Customization.  Fabric  Vinyl  Leatherette  Leather.
Customization Penn Liberty Motors. Fabric Fabric Vinyl Vinyl Leatherette Leatherette Leather Leather.
INVESTIGATION THREE GO CARTS. Technology  Technology is the enterprise of using science to develop objects, machines, and materials that are of use to.
Quarter 3.  Do Now: In your engineering Journal remember to RTQ and put in the date. Use the back of the paper. ◦ What different things can we measure?
Forces and Motion Review. 1. What does an object have that will cause it to resist a change in motion?
CO2 Dragster Project. About this Module  You will convert a wedged shape piece of wood (about 12” in length) into a sleek racecar body using hand or.
Today’s Agenda…11/4 Bellringer: What is the law of conservation of energy? Turn in Homework Notes on Kinetic and Potential Energy Homework Don’t forget.
Bell Work Gravitational Potential Energy increases if height (increases or decreases)? Attractive objects gain more potential energy when they are (closer.
IP What is power? © Oxford University Press 2011 What is power?
Final Project Brian Conicker Teddy Egnaczyk. 1.Setup.
Energy. Is defined as the Ability to do Work Energy has Two Types: Kinetic (Energy of Motion) and Potential (Stored Energy)
Law of Conservation of Energy
-How do we use friction in our everyday lives? -Name 3 professionals that have to consider friction when doing their job. Explain Warm up.
It is a car launcher. The car goes into the two connect pieces. Then you pull the lever causing the gears to mesh. Then when you let go of the lever.
Chapter 12: Work & Energy Section 1 – Work & Power.
23rd ANNUAL BATTERY CAR RACE FEB. 27,2015 BY: Homer Johnson & Sammy Smith (Ingomar Middle School) (Picture of car here) Car Name: THE ROAD RUNNER.
What simple machine is in a windmill? Prediction: Wheel or Gear.
COACH O’ROURKE. Introduction Remember: velocity is __________________________ Acceleration is the rate of change in velocity So think back: which of the.
Speed, Velocity & Acceleration. Speed (s) – rate at which an object is moving Does not depend on direction speed = distance ÷ time (s = d/t) Constant.
My Car Design A Scientific Process. The Prototype The prototype of my car was made from 3 panels of 3mm balsa glued together with a hot glue gun. Two.
Speeding Up and Slowing Down? Acceleration.
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.
Wind Powered Car Project Due Date : May 13th. On your mark, get set, go!
Design Make & Program a Vehicle
General science 8 Paper car race and crash contest
Power. Power Power is defined as “Work per unit time”
Roller Coaster Physics
WALKER’S ROAD WARRIOR Science and Technology
Hyundai Hybrid Model Car
Jake Pearce and Daniel Brown present:
Speed & Velocity.
Design Make & Program a Vehicle
Balanced and Unbalanced Forces
Balanced and Unbalanced Forces
POWERTRAINS By: Sunny Gharial.
Nature of Energy Chapter 4.1.
30 miles in 1 hour 30 mph 30 miles per hour
البيئة السياسية للإدارة الدولية
Measurements and Conversions
Today’s Agenda…11/3 Bellringer: What is the law of conservation of energy? Discuss True and False & Review Notes on Kinetic and Potential Energy Quiz.
Roller Coasters By: Mr. Hunter.
Motion Unit Miss McDonald Science 8
Acceleration The rate at which velocity changes.
Kinetic and Potential Energy
and The Engineer’s Notebook
Speed & Velocity.
Graphing Kinetic and Potential Energy
Car model made by: Jonathan Stickle Cate Guempel Max vonBlankenburg
Motion Section 3 Acceleration
Design of the 2016 Narwhal Supersport
The Hammerhead: The Hammerhead
Physics and The Mousetrap Car
MARBLE MAYHEM Engineers R Us (S17 F-03)
Presentation transcript:

The Hipster Mobile scale 1cm:60 inches

BEEN THE CAR OF THE FUTURE BEFORE IT WAS COOL TO BE THE CAR OF THE FUTURE By: Eric Cheng Micky Harris Lindsey Loeber Noah Prochnow

DESIGN The prototype has a sleek wooden frame and customizable colored pencil axle. The wheels are made of chrome compact discs and the engine is made out of rubber bands containing the highest quality of natural rubber and latex.

The cost 2 colored pencils $ cds $ pieces of 31cm X 2cm wood $ piece of 10cm X 15 cm wood + $1.00 $4.20 Insane paint job $priceless

Price of Refueling Annual price Gas car: $2,ooo.00 Electric car: $1, Hipster mobile:

FREE!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!

Transfer of energy

Acceleration 1 meter: 1.28m/s 3 meter: 0m/1s 5 meter deceleration:.24m/ 1s 2 meter: 0.17m/s 4 meter: 0.57m/s Our engineers put an adhesive substance on the wheel to maintain max traction without wasting energy.

Top speed Model Hypothetical car 1.45m/s 34.28m/s Or 3.24 MPH 76.6 MPH 0-60 in 1.88s