'09 Scrambler 2009# 1 SCRAMBLER!. '08 Scrambler 2009# 2 Scrambler '09 Dennis Papesh & Bro. Nigel (Former) National Event Supervisor (of this event)

Slides:



Advertisements
Similar presentations
Electric Vehicle 09 Dennis Papesh & Bro. Nigel National Event Supervisors
Advertisements

Mousetrap Vehicle Bro. Nigel Pratt Dennis Papesh
Battery Buggy Rules – Div B Chris Ganley Materials Adapted from Presentation prepared by Mike Johnson 1.
CeAnn Chalker * This presentation was prepared using draft rules. There may be some changes in the final copy of the rules. The rules.
Trajeggtory. Teams of up to 2, will build in advance, a device constructed out of specified materials to protect a raw egg from breaking when tossed horizontally.
Unit 1: Forces Free body diagrams Newton’s laws Weight and mass
1 Battery Buggy ’10 Dennis Papesh Bro. Nigel National Event Supervisors.
Pasta Towers. The Challenge Teams of up to 2 will design and build the lightest pasta tower with the highest structural efficiency, capable of supporting.
ConcepTest 6.5a Kinetic Energy I
Chapters 12 and 13 Review Questions
2007 NFHS Track and Field Rules Interpretation Meeting A Brief Overview of The Discus Throw Event.
BATTERY BUGGY Mike Johnson. LAY PERSON’S EVENT DESCRIPTION: Teams will construct a battery-powered vehicle that: moves as fast as humanly possible, and…
G RAVITY V EHICLE S CIENCE O LYMPIAD 2012 Coaches Workshop October 22, 2011.
Science Olympiad 2014 Building Events. Building Events.
Scrambler 2014.
2015 West Michigan Coaches’ Clinic
Robo-Cross Dennis R. Papesh
Bumper Cars By Shea Question How do different kinds of bumper materials affect how much energy is transferred to the “passenger” in a car collision?
 What is the net force?  Draw a free body diagram for the car. 40 N60 N.
Presented: October 24 th, 2009 A Look at: Mousetrap Vehicle Out and Back.
General Physics 1, Additional questions By/ T.A. Eleyan
Gravity Vehicle. Disclaimer This PowerPoint is based on the DRAFT rules for Gravity Vehicle The rules may have changed. The rules and parameters.
Gravity Vehicle SOSI 2012 Matt Chalker, Bro. Nigel Pratt, Dennis Papesh
Mousetrap Car A mousetrap car is a vehicle designed to run on the energy that can be stored in a wound up mousetrap spring. Basic design: - Attach a string.
Trajectory ‘08 Dennis Papesh
L-9 Conservation of Energy, Friction and Circular Motion Kinetic energy, potential energy and conservation of energy What is friction and what determines.
L-9 (M-8) I. Conservation of Energy II. Friction III. Circular Motion
Physics 6A Work and Energy examples Prepared by Vince Zaccone For Campus Learning Assistance Services at UCSB.
Basic Information Description: Prior to the competition teams must design, build, document and test one robotic device to move scoreable items. How many.
CO2 Cars Project #2 Land Transportation.
Simple Machines. What is a Simple Machine? A simple machine is a device that helps to accomplish a task by redirecting or alleviating some of the work.
PJAS SCHEDULE Monday 14Tuesday 15 Wednesday 16 Thursda y 17 Mond ay 21 Slot 1 AmberRachel A.PranavJoshSean Slot 2 Julia KristenJohnMattGino Slot 3 PeteVeenaShannonDiamond.
Day 11 – June 3 – WBL Much of physics is concerned with conservation laws – we’ll learn the 3 most important of these in PC141. A conservation.
Simple Machines Device that makes doing work easier is a machine Machines increase applied force and/or change direction of applied force to make work.
Battery Buggy ’11 Dennis Papesh cc) Bro
Science Olympiad Summer Institute 1 Presented by Dennis Papesh
Trajectory 2010 Dennis Papesh
Today’s Plan: Tests are graded Energy Lecture Work – Energy Lab
Chapter 5 Work and Machines
- Review energy and discuss how energy is conserved and changes forms - Investigate how energy works in pendulums and springs - Study the force of friction.
- Review the relationship of Newton’s 2nd Law (F = m ✕ a) - Introduce the concept of energy - Learn how the energy of an object is stored and transferred.
Trajectory New York State Coaches Clinic October th 2009 Fishkill, New York.
Chapter 15 Energy 15.1 Energy and Its Forms. How are energy and work related? Energy is the ability to do work. Energy and Work Work is a transfer of.
The Wedge and The Pulley
Air Trajectory (2015) Dennis Papesh 1.
Section 15-4 : Simple and Compound Machines Effort Force – force applied to the machine Resistance Force – force the machine tries to overcome.
Science Olympiad 2011 Coaches Clinic Division B Justine Cromer, Instructor.
Work in / Work out Work/Energy Principle. potential energy: STORED ENERGY –can be in a FIELD or DEVICE gravitational PE is stored in gravitational.
Newton’s Laws.
ENERGY. KINETIC ENERGY ENERGY OF MOTION THE FASTER AN OBJECT MOVES; THE MORE KE IT WILL HAVE KE IS ALWAYS “+”, IF YOU ARE MOVING; THEN YOU HAVE IT. EXAMPLE:
Scrambler 2016.
MOUSETRAP VEHICLE OUT AND BACK Mike Johnson. LAY PERSON’S EVENT DESCRIPTION: Teams will construct a mousetrap-powered vehicle that: moves as fast as humanly.
Electric Vehicle ’17 (Draft but updated 8/17/16) Dennis Papesh & Bro
SCO: Egg Scrambler Design 39 Campus.
Scrambler 2017.
ROBOT ARM 2017 Rules Rachel Mason.
Science Olympiad Summer Institute Phoenix, AZ July 16 – 20, 20112
Physics Project Egg Cart Race.
Southern California Science Olympiad Summer Workshop
Gravity Vehicle.
California Science Olympiad Summer Institute
Dennis Papesh Air Trajectory (2016) Dennis Papesh
Grand Prix.
Title: Kinetic and elastic energy
Metea Valley Scioly—2014 Build Events
5.2.2 Work/Energy Principle
Science Olympiad Summer Institute
Mousetrap Vehicle B 2020 SD Regional
Gravity Vehicle San Diego Regional.
Ping Pong Parachute San Diego Regional.
Presentation transcript:

'09 Scrambler 2009# 1 SCRAMBLER!

'08 Scrambler 2009# 2 Scrambler '09 Dennis Papesh & Bro. Nigel (Former) National Event Supervisor (of this event)

'09 Scrambler 2009# 3 This is what you want it to do… The intent of the event is to have a falling mass propel a cart carrying an egg down a track as quickly as possible and end up with the egg as close to the terminal wall without… as quickly as possible!!!

'09 Scrambler 2009# 4 DOING THIS!!! Now you know why it is called SCRAMBLER.... or in this case SUNNY SIDE UPPER!!

'09 Scrambler 2009# 5 You Tube Views earch_query=science+olympiad+s crambler&search_type=&aq=f

'09 Scrambler 2009# 6 Construction Entire device – 0.75 m square Could be 1 or 2 parts Falling mass – 1.50 kg (NEW) ‡ GPE & KE ‡ Could be transferred ‡ Additional energy could be used to brake No electronics at all Must have 5 x 5 x 1.25 cm thick flat rigid egg mount. NO BACKSTOP!!! Egg: 5-15 cm from floor, 2 cm in front of foremost part Both ends of egg must be viewable

'09 Scrambler 2009# 7 Competition Track: 2 m wide, 8-12 m long ‡ Half meter (Regional & States), 0.1 m (Nationals) 10 min. to do 2 runs Tip of egg on starting line All parts behind and within 2 m Hold either cart or mass Allowed only 1 egg – if broken on first run, NO second run Must wear safety spectacles (NEW) Egg transport MUST start level with track (NEW) Alignment

'09 Scrambler 2009# 8 Scoring Run Time -> ‡ complete stop Stopping Distance -> ‡ Distance from the pointed end of egg to centerline of the terminal barrier (cm) (NEW) ‡ Lowest possible value: 0.1 cm (NEW) Performance Value -> ‡ 2 x Run Time + Stopping Distance Whatever run gives you the best ranking is the one counted

'09 Scrambler 2009# 9 Penalties 2 types: Run and Construction ‡ Run penalties ●Egg broken ●ANY part of egg transport contacts wall INCLUDING THE EGG (NEW) ●Transport runs outside lane (at ANY time) ●Transport doesn’t travel at least ½ the track distance ‡ Construction penalties Ranked tiers

'09 Scrambler 2009# 10 Building suggestions First and foremost, build early, practice, log, and calibrate as many runs as possible. Use a plastic egg filled with any material to around 65 g Always build just under/over the dimensions!!!! Make the transport as light as possible Perhaps try some different floor surfaces Did I say calibrate? Strongly consider using aligning devices since you need the transport to go as straight as possible

'08 Scrambler 2009# 11 PROPULSION SYSTEMS

'09 Scrambler 2009# 12 Single (combined units) (Not recommended)

'09 Scrambler 2009# 13 Separate units Mass-push

'09 Scrambler 2009# 14 Pulley Systems #1

'09 Scrambler 2009# 15 Pulley Systems #2

'09 Scrambler 2009# 16 Miscellaneous Systems Pendulum Weight Slide ‡ Version One (not pictured) ‡ Spring Weight Slide ‡ Version Two (pictured)

'08 Scrambler 2009# 17 Braking Systems

'09 Scrambler 2009# 18 Braking Systems Axle and String Axle and Wing Nut ‡ By far the most common ‡ Wheel revolution Sticky Pad ‡ Only type pictured here Miscellaneous

'09 Scrambler 2009# 19

'09 Scrambler 2009# 20