Moving Systems: Mint Racers

Slides:



Advertisements
Similar presentations
Go speed racer! Challenge #2: Design the most energy efficient car
Advertisements

THE GREAT EGG DROP Kate Quemard Lauren Hatswell Colin Hartley Denise Sullivan
Cars: Engineering for Efficiency Day 1. Why do engineers want to design energy-efficient cars?
Renewable Energy Revolution Solving the worlds energy crisis.
Shawnee Mission School District Science Fair. Speed.
Welcome (back) to the STEM PLC Presented by Joanna Epstein and Paul Carpenetti.
Team Problem Solving Activity
Balloon Powered Race Cars. Objectives to create a balloon powered race car for maximum speed and distance to incorporate Newton's Laws of Motion to learn.
 Key Learning ◦ Energy can be transferred through a mechanism to perform a given task.  Unit Essential Question ◦ How can energy be transferred from.
Written by Sony Gala. ENGR-II-2: Students will examine the core concepts of engineering and technology. Construct a simple technological system Explain.
Getting Cinderella To The Ball. What are some of the ways Cinderella has gotten to the ball so far?
OUTER SPACE EXPLORATION LCROSS Mission. Mission Overview.
The Egg Drop Challenge Egg Drop Challenge.
Bridge designing Competition Bridge designing Competition Look at these bridges. They are all different. Why is this?
Happy Egg Sad Egg. In this lesson you will use teamwork to design a container that will protect a raw egg as it falls to the ground from a height of 12.
October 09, 2014 Agenda 1.Roll 2.PowerPoint Titled Earthquake Measurement 3.Video “Great Quakes”
Moving Systems: Mint Racers Race Team Members : Will Lena.
Our Catapult Team Members: Christopher, Riley, Olivia.
Moving Systems: Mint Racers Race Team Members : Jenna and Danny.
Air Power Car Design Challenge. Sir Isaac Newton ( ), English natural philosopher, generally regarded as the most original and influential theorist.
Moving Systems: Mint Racers Race Team Members : Gianna G. Ryan E.
Moving Systems: Mint Racers Race Team Members : Naomi, Ryan, Vicky.
Let’s refresh our memories. Language of the Discipline Force- a push or pull Friction- a force that keeps objects that are touching each other from sliding.
Moving Systems: Mint Racers Race Team Members : Audrey and Sanjay.
Balloon Powered Race Cars. Objectives to create a balloon powered race car for maximum speed to incorporate Newton's Laws of Motion to use the formula.
Moving Systems: Mint Racers Race Team Members :. The Challenge To design and create a car that will roll down a track at the fastest possible speed. You.
Moving Systems: Mint Racers Race Team Members : Casey & Ella.
Wind Powered Car Project Due Date : May 13th. On your mark, get set, go!
Moving Systems: Mint Racers Race Team Members : Josh B & Roxy.
MATHS IN THE REAL WORLD October YEAR 1 What a super week! Year 1 had an amazing time creating their very own ‘Garden’ in their outdoor area. We.
Team Members: Anjali,Ivy,Tristen
Building Challenge: Which team can make the tallest building that can safely hold a chocolate egg? The Linking Network | Margaret McMillan Tower | Princes.
Welcome to Inc! Week 1.
Agenda 1/2/17 Warm-Up: Teacher Work Day Classwork: HW:
EXPLORE.
Scientist vs. Engineer.
Solar Car Project Research solar cars and create a short powerpoint presentation with the following slides: Title Slide with name, date, project Pictures.
D55 Roller Coaster Energy
Moving Systems: Mint Racers
Rube Goldberg Machine.
3/17 & 3/18 - 7th Grade Agenda Collect HW: Reading & Notetaking p. 153 – 156 Marble Race Lab Chap 8 Test for absent students Textbook Reading 318 – 321.
Everyone needs paper and pencil.
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Foundations of Technology Problem-Solving Activity
Puff Mobile Lab Torres Science.
Written by Sony Gala.
Team Members: Shawn, Brett, Tori, And Bella
Tower of Power Goal: To work on communication and collaboration by building the tallest free standing tower with ONLY the materials provided 15 minute.
Tumblebuggy Lab: Part 1 Purpose: to determine the speed of your Tumblebuggy. Procedure: Use a piece of masking tape to mark the starting line for your.
Everyone needs paper and pencil.
Moving Systems: Mint Racers
Team Members: Dylan, Elijah, Lilla, and Maddy
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Team Members: Arabelle, Caleb, Katie, and Lucas
Moving Systems: Mint Racers
Team Members: Holly, Brad, Bella, and James
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Balloon Car Race.
Moving Systems: Mint Racers
Team Members: Gabe D, Carter K, Megan A, Isabella S
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Moving Systems: Mint Racers
Presentation transcript:

Moving Systems: Mint Racers Race Team Members: Brandon skurbe Sam Holton

The Challenge To design and create a car that will roll down a track at the fastest possible speed. You only have $700 to purchase supplies to construct your car. at

Materials Budget Item Cost per Item Number Purchased Total Cost Lifesaver Mints $75 4  $300  Straw $100 2  $200  Popsicle Stick $50  2 $100  Masking tape – 12”  1 $50  Notebook Card $25 1  $ 25 Paper Clips Total Spent  575

Car 1 Test Results Time 3.76 seconds Distance 10 feet

Improving our Design Our Goal: With our $200 we purchased: 2 wheels To make our car faster and fit in the track With our $200 we purchased: 2 wheels tape

Car 2 Test Results Time 3.90 Distance 10 feet

Design Process Strength Future Goal

Team Collaboration Strength Future Goal

The Final Race