Project 3: Energy Car Duration: 6 cycles.

Slides:

Advertisements

Similar presentations

The Physics of Mousetrap Cars Milbank High School.

Advertisements

P4 – Explaining Motion. Average Speed Average Speed = Total Distance/Total Time.

Chapter 14: Machines.

Second Quarterly Assessment 8th Grade Science

Potential and Kinetic Energy

Newton’s Laws of Motion (and force!!) A force is a push or pull on an object.

$1 Million $500,000 $250,000 $125,000 $64,000 $32,000 $16,000 $8,000 $4,000 $2,000 $1,000 $500 $300 $200 $100 Welcome.

Northern Highlands Regional High School Applied Technology Department Real World Engineering List Design/Build Engineering Team Members Name of Engineering.

Vex 1.0 © 2005 Carnegie Mellon Robotics Academy Inc. CURRENT DRAW Overview In this lesson you will learn: Current flow Causes of excessive current flow.

Friction There are many forms of friction. This lesson introduces the force laws for static friction, kinetic friction, and rolling friction. Students.

Calculating Potential Performance How to use math and physics to inform your mousetrap car design.

Tuesday Warm Up October 15.

Energy  The ability to do work  Work is done when a force moves an object over a distance.

Energy Energy is a quantity that measures the ability to cause change in an object or system. We get energy from the changes in food when it is digested.

Mousetrap Car TIPS View in full slide show mode and use headphones

The Universal System Model A way of thinking about an engineering project in five parts.

Mousetrap Car Assembly Instructions 1. Safety Students are required to wear Safety Goggles during the construction portion of the Mousetrap Car Lab No.

A MODEL FOR RESISTANCE OF A WIRE. PUMP TEST PIPE A MODEL FOR RESISTANCE OF A WIRE. In this diagram a pump is pumping water though a piece of “test pipe”.

How does Energy Change Form?

 Key Learning ◦ Energy can be transferred through a mechanism to perform a given task.  Unit Essential Question ◦ How can energy be transferred from.

Ohm’s Law Calculating Current, Voltage, and Resistance.

Chemical Energy Electrical Energy Potential Energy Kinetic Energy.

Chapter 19 Pretest Current and Resistance. 1. A current of 5.0 A moves for 10 s. What total charge passes?

OA2.1 Understand energy and its conservation

Current, Voltage and Resistance. Current  When charge (electrons) are built up at one end of a conductor, they will flow to an area where there are less.

Hands-on Activity: Tools and Equipment, Part I Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado.

Force Grade 3-5. Force A push or pull that causes an object to stop, move, or change direction.

BALLS OF STEEL Ben Petersen Chris Bowland Matt Jones.

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.

Gravitational Potential Energy Energy and its Conservation

Project 1: 3-D Maze Patience Game (1) Situation: It is a patient and manipulative competition game. Players should hold a metallic ring with handle to.

What is Electricity??? Electric Charge Matter has both positive and negative particles (protons and electrons) Matter has both positive and negative.

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.

ENERGY TRANSFORMATIONS LAB Craig, Zach, Johnathan Period 4.

Project 2: Magic Hook Design Brief: To design and make a creative and attractive hook Material provided: 1) Wood, 19 x 25 x 900mm 2) Wooden rod,  5mm.

An-Najah National University Faculty of Engineering Department Of Mechanical Engineering Electricity Generation Using Speed Breakers Submitted to : Dr.

Meters in a Circuit Voltmeter – a device used to measure potential difference across a circuit. Connect outside the direct path of the current (parallel.

Electricity & Magnetism

Project 3: Mars Explorer

Project 1: 3-D Maze Patience Game (1)

Project 3: Photo Frame Design brief: To design and make a fantastic wooden frame for keeping a photo. (The size of the photo is less than 130mm x 130mm)

DCA Week 12 Review Nov 13, 2012.

My ICT project By Syed Abdul Samad 7BB.

Mousetrap Car Project Research mousetrap cars and design a car that meets the TSA specifications in the Technology Day at the Fair Competition rules. Draw.

Materials of Energy Car

Natural Sciences Grade 7

Brier Terrace Middle School Mr. Sullivan

Bellwork Comp. Book page 24 – ENERGY

Way to Jumpstart your Car With a Bad Alternator

Measurements in Electric Circuits

Electricity & Magnetism

Potential and Kinetic Energy in the real world.

Roller Coasters By: Mr. Hunter.

Laws of Motion and Energy

Simple Machines 6.P.3B.1.

Project 2 :Plastic Moulding Tray

Project 2: Crane Model Design brief: To design and make a bamboo crane model for learning purpose Group : 4 members Duration: 3 cycles.

Electricity & Magnetism

Insulators and Conductors

Chapter 27 Problems 1,11,12,15,16,22,32,33,36,49,56.

MOVING OBJECTS.

Project : Balance Figure

Graphing Kinetic and Potential Energy

Car model made by: Jonathan Stickle Cate Guempel Max vonBlankenburg

Kinetic and Potential Energy

Pull the spring scale a longer distance.

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.

MOVING OBJECTS.

Efficiency Elliott.

Electricity & Magnetism

Presentation transcript:

Project 3: Energy Car Duration: 6 cycles

Project 3: Energy Car Design Brief: The power of a car is come from the engine. No matter it is petrol engine, diesel engine or electrical engine, is also the process of changing energy. Try to use a steel wire to store the energy for providing power to the car.

Project 3: Energy Car Requirement: The steel wire is the only energy provider, no other power is allowed. The steel wire must be the part of the car, not to be a shooter.

Project 3: Energy Car Requirement: 3. There is no size limit for the car. You may put materials in your design other than provided. 4. Longer distance running is recorded, higher mark will be given.

Project 3: Energy Car Material provided: Balsa, 900 x 10 x 10mm Foam Board (High density rubber foam), 5mm thickness Steel wire, 17 swg (Ø1.4mm) Cotton string Wooden rod, Ø5mm Hot glue Cable ties

Project 3: Energy Car Assessment criteria: Product: Appearance – 30% Distance run – 70% Folio: Full steps – 50% Show ideas clearly– 30% Drawing quality – 20%

What is Energy Car ? Reference : http://www.youtube.com/watch?v=hkyI8hsbBJY

Project 3: Energy Car Friction Energy storage: Steel Wire Potential Energy Kinetic Energy Resistance: Friction

How to make it running farthest distance? ~ Increase the effective length of the wire ~ Increase the diameter of the driving wheel

2. Lighten the weight of the materials

Useful Information Driving wheels

Useful Information Driving wheels

(suitable for starting) Useful Information Torsion Lowest Greatest (suitable for starting)

Useful Information Keep running along the straight line.