Leader: Liu Du Kai Ying Member: Nicholas Lim Dexter Kuah Dexter Kuah.

Slides:



Advertisements
Similar presentations
The Injury Free Coalition for Kids ® is a national program of the Robert Wood The Injury Free Coalition for Kids ® is a national program of the Robert.
Advertisements

Principles of Biomechanics
In accordance with the Katy ISD dress code as well as the elementary handbook, the following information does apply. For the safety and comfort of your.
Unit 10 Natural Laws and Car Control North Carolina Driver and Traffic Safety Education Association1 NATURAL LAWS AND CAR CONTROL UNIT TEN.
 27 million participants today  Purchase more than $300 million  14 million skaters in 1994  Purchased $250 million  3 million skaters in 1989 
H University Bicycle Contest Study Guide. Identification: Brakes.
Our final decision… By, The AWESOME class of room 403!
Physics Conservation of Energy Science and Mathematics Education Research Group Supported by UBC Teaching and Learning Enhancement Fund Department.
BELL WORK Have you ever had an accident while camping or riding a bike or skateboard? If so explain.
Done by: Joel Lee (8) Phua Yue Jun (18) Kevin Tan (20)
Skateboarding By: Paul Ollie Forward History of Skateboarding Believe it or not, skateboarding was invented in the 1950s, by some California surfers.
MUNCHY THE CATERPILLAR PRODUCT RELEASE DOCUMENT TM.
What is Energy? The ability to do work –The ability to create a change Energy comes in many forms –Mechanical Potential Kinetic –Electrical –Thermal –Nuclear.
Bicycle Safety Presented by: The Jefferson County Sheriff’s Department.
PHY131H1F - Class 11 Today: Friction, Drag Rolling without slipping
Safety tips to avoid ladder injuries. Objective To be able to demonstrate the safe use of ladders that are used primarily for construction and/or maintenance.
 What is the net force?  Draw a free body diagram for the car. 40 N60 N.
Andrea Scott’s Science Experiment. Q)How does the height of a ramp affect potential energy of a car? Q)At which height do you think the car will have.
FALL PROTECTION. WHY? –BECAUSE: Falls accounted for 10% of fatal work injuries in 1994 & Serious hazards can be present while above ground. –Examples:
Friction What factors determine the strength of the friction force between two surfaces?
Friction.
Friction Junior Science.
PHY131H1S - Class 11 Today: Friction, Drag Rolling without slipping Examples of Newton’s Second Law Microscopic bumps and holes crash into each other,
Basic Construction.  Prevent injuries to people  Maintain a safe environment for workers  Reduce hazards  Reduce machinery breakdowns.
Protective Equipment. Purposes  Wearing protective equipment in most cases is voluntary.  Many elite athletes are often motivated to use protective.
Floor Treatments: Begin on page 279. Outline the pros and cons of each flooring treatment. Flooring MaterialsFloor Coverings Wood floors Tile floors (Ceramic,
What is a force? How does friction affect motion?
Energy cannot be created or destroyed, only changed from one form into another. Therefore in a closed system the total energy is always constant. When.
Unit 1 – Natural Forces on a vehicle
Ch3 part c By Mashael Saud. We will review briefly the theory of deformation and then examine the damaging effects of forces on bones and tissue. 5.1.
 Venue  Design  Safety precautions  Materials  Cost.
Rutherford County Slips, Trips & Falls Fall 2008.
Conservative and Non-Conservative Forces Teacher: Luiz Izola
Learning about Mechanics: the physics of motion. By doing this project: We build skate park obstacles and test them with marble skaters. We also learn.
Common Forces.
1. 2 What You Will Do Identify appropriate clothing for your personal fitness program. Demonstrate the basics of choosing appropriate, nonskid footwear.
Siding Applications. Siding Praparation Siding should be installed once the windows and doors have been completely installed. Siding can be made out of.
Patent Application – Skateboard ramp with extension Inventor: Andrew Petrov Assignee: Andrew Petrov Filed: Jan. 17, 2012 References Cited: Use Google Patent.
Floor Treatments: Begin on page 310. Outline the pros and cons of each flooring treatment. Flooring Materials Floor Coverings Wood floors Tile floors (Ceramic,
Learning To Shoot A Basketball Created By: Ozell Sanders.
In-Line Skating. Things you need when you skate: Helmet Protective Gear (wrist guards, knee pads, elbow pads, skates, socks, skate tools) Sunglasses Sunscreen.
Friction.
OPTIONS PRESENTED BY Southwest Courts & Floors, Inc. Authorized Sport Court Dealer Since 1978.
Safety On The Go.
Chapter 4 Energy
Chapter 4 Energy
Generator MS&T Physics 2135, Lab O5. Objectives  Study a generator powered by a falling mass.  Find the efficiency of the generator by examining how.
© 2011 Pearson Education, Inc. All Rights Reserved Automotive Technology, Fourth Edition James Halderman BRAKING SYSTEM PRINCIPLES 93.
The small turbine that does great things Group 3-12 Wang Jiale (Leader)(1O3) Daniel Hong (1O3) Michael Liu (1O3) Daryl Chionh (1O3)
Welcome to the Grand Opening of Skateboards, Inc. Presentation Designed by Erik Alvizo Skateboards, Inc. Microsoft Office Specialist Rapid City’s Latest.
How to Ride a Bike with no Training Wheels. Description of Learners Kids who are learning how to transition from a bike with no training wheels *Can also.
 APRIL 7, 2016 Objective: I CAN.. Analyze Various Types of energy transformation.
Forces and Motion. What is Forces and Motion? Here’s a quick overview. Don’t worry, we’ll go over it piece by piece.
Torque Center of mass Center of gravity
Bicycle, Skate, and Skateboard Safety for Children Age 5-14
Bicycle, Skate, and Skateboard Safety for Children Age 5-14
BRAKES BY : VISHAKH V.
Bicycle, Skate, and Skateboard Safety for Children Age 5-14
Safe Rigging Practices
Bicycle, Skate, and Skateboard Safety for Children Age 5-14
PREVENT SPORTS INJURIES WITH QUALITY MULTIPURPOSE COURT SURFACING.
Protecting yourself when you’re blading or boarding
What is the net force? Draw a free body diagram for the car. 40N 60 N.
Friction.
Skateboarding By Aleena Ann Cherian.
Slips, Trips and Falls Safety Meeting Topics
Static and Kinetic Friction
Pre Assessment Discussion
Μk μs.
Tips To Learn Skateboarding On A Penny Board How To Learn SkateBoarding On Penny Board.
Presentation transcript:

Leader: Liu Du Kai Ying Member: Nicholas Lim Dexter Kuah Dexter Kuah

  Name  Venue  Material  Design  Cost Criteria

  SC stands for super crazy  This is to tell students to not only study like crazy, but should also learn to play like crazy  Furthermore, they can also revise their physics components while playing SC skatepark

  Beside the basketball court  Most of the time, not all courts are used at the same time  Convert one court to become a skatepark  Noise generated would be same as that of people playing basketball  Far enough from classrooms  Aesthetically, since the basketball grounds are concrete, the colour of the skatepark would be very similar, thus blending in Venue

  Easily accessible, just beside canteen  Basketball court big enough  Dimensions: 84 feet by 50 feet  Dimension of proposed Skatepark:  55 feet by 35 feet  Venue

  Surface: Masonite  Reason: Smooth skateboard/inline surface, thus reducing friction between the surfaces  Generally cheaper than the other common surfaces like metal and concrete  Can last 1+ year outdoors, thus reducing maintenance fees as only need to maintain once a year  Image from: congdonlumber.com Materials

  Body: Plywood  Reason: One of the cheapest materials  Easy to assemble and very available, thus making it very cheap  Materials

  The skate park design accommodates to both expert skaters and beginner skaters  There will be steps leading up to the right side of the skatepark  By starting on the high end on the right side, one can enjoy the thrill as there will be some “air time”  By starting at the lower end on the left side, beginners then can safely move to the other side Design

  Split into costs for body and costs for surface  Body:  A 10,000 Square Foot Wood Skatepark would cost between $8,000 to $25,000 per 1,000 square foot  Pricing is based on quality  So, pricing of wooden body would range between :  ((35*55)/1000) * 8000 = $15400  ((35*55)/1000) * 25000= $48125  bin/WebObjects/PWDA.woa/wa/page?id=7595&name=Skateparks%20F.A.Q.%20- %20How%20Much%20Do%20I%20SPEND%20/%20How%20Much%20Does%20A%20Skate park%20Cost? bin/WebObjects/PWDA.woa/wa/page?id=7595&name=Skateparks%20F.A.Q.%20- %20How%20Much%20Do%20I%20SPEND%20/%20How%20Much%20Does%20A%20Skate park%20Cost? Cost

  Surface:  Masonite siding costs $1 to $2.75 per square foot  So costs for our surface would be :  (35*55) * $1 = $1925  (35*55) * $2.75 = $  Cost

  In our skate park, the energy acting on participants will go as follow:  Let us label the highest point on the right as “A”, the bottom point on the right as “B”, the peak of the center as “C” the bottom of the left as “D” and the peak of the left as “E” Energy

 A: Gravitational potential B: Kinetic, friction C: Kinetic, Gravity, Friction D: Kinetic, Friction E: Gravity Energy

  Initial potential energy= mgh  (75)(10)(8.04) = 6030 J  Friction Coefficient: 0.3 – 0.4 ( about the same as wood with metal of the wheels )  Friction = 75 * 0.4 = 30J  Amount of kinetic energy converted = 6000 J Calculations

  Before skating, all skaters should always wear a helmet  Ensure that:  The helmet is made of a strong and durable material. Make sure that it is a skateboarding helmet, not a bicycle helmet. Bicycle helmets are made of thin materials that crack upon impact  The helmet should have protective pads known as Expanded PolyPropylene. This soft pad absorbs the damage when there are impact, thus protecting the skater Safety Precautions

  The skater can also wear elbow and knee guards  This ensures less friction between the surface and the skater thus preventing abrasion  The skater should wear wrist guards to support the wrists in case he falls, because there is a tendency to land on your wrist. Safety Precautions

     bin/WebObjects/PWDA.woa/wa/page?id=7595&name=Skateparks%20F.A.Q.%20- %20How%20Much%20Do%20I%20SPEND%20/%20How%20Much%20Does%20A% 20Skatepark%20Cost? bin/WebObjects/PWDA.woa/wa/page?id=7595&name=Skateparks%20F.A.Q.%20- %20How%20Much%20Do%20I%20SPEND%20/%20How%20Much%20Does%20A% 20Skatepark%20Cost?   bin/WebObjects/PWDA.woa/wa/loadPage?pageId= bin/WebObjects/PWDA.woa/wa/loadPage?pageId=2013 References