Passion For Flight (PFF) Glider Launch Pad Set-Up

Slides:

Advertisements

Similar presentations

 Is a wheel with a grooved rim in which a rope can run to change the direction of the pull (force) that lifts the load.

Advertisements

4.7 (b) To investigate the influence of carbon dioxide concentration on the rate of photosynthesis.

Soaring Straws Lab Question: How does the gravitational potential energy of a straw rocket depend on the elastic potential energy of the rubber band launcher?

Straw Rocket with Launcher with a Nod to Newton

Summit Tech. Ed. Dune Buggy Mrs. Greissel

By Frank H. Osborne, Ph. D. Lab 5 - Green Plant I

Chromatography Lab. Chromatography The separation of components of a mixture. Paper Chromatography consists of placing a spot of color from something.

Pulleys Vanderbilt Student Volunteers for Science Fall, 2010 Training Refresher.

Physics of Catapulting By: Andrea Kuchta. Catapults Defensive and offensive weapons that were used in medieval and primeval warfare before artillery was.

Energy Coffee Can Racer Lab

1) Four solid balls, each with a different mass, are moving at the same speed. Which ball would require the most force to stop its motion? A ball with.

How to Build a Water Bottle Rocket

How to Build a Water Bottle Rocket

PROBLEM STATEMENT Which factor affects the efficiency of a rocket’s hang time, the placement of its fins, above or below the center of gravity or the size.

4.7 (a) To investigate the influence of light intensity on the rate of photosynthesis.

Match~Cars By: Jeryvin Vinarao Mr. liengang’s 5 th Per. Science class.

The Raven Level 2 Rubber Band-Powered Flight. Dimensions 2”

L.C. Technology ROBOT ASSEMBLY. Base Assembly BASE File off raised tabs on each side of Servo. Place Servo in vice between Fibre Clamps. Raised Tabs Repeat.

St. Francis’ Canossian College How does the texture of material affect the distance that a car moves?

CricketSat Receiver Assembly Manual Mike Fortney 06/26/2006.

© T Madas. Mathematical and Technical Drawings Bottom Side (Left) Back Front Top Side (Right)

SCIENCE JOURNAL 10/24/ st PAGE MY SCIENCE JOURNAL BY __________________.

How does the Wing span effect the wing flight of a plane?

Title: Bombs Away! A Ping Pong Catapult

LAUNCHER BASE PARTS B A D E F C G. LAUNCHER BASE PARTS B A D E F C G.

Paper Chromatography Lab Obtain the supplies you’ll need. –1 large beaker (or plastic cup) –1 small beaker (or plastic cup) filled with water –4 pieces.

Tuesday Warm Up October 15.

Space Distances using Parallax 1. Your “telescope” is a box with a small pinhole on one side. The pinhole represents the lens on the outside of the telescope.

Materials: - Pencil -Notebook -Folder Agenda: Complete Bell work POP! Cylinder Rockets paragraphs due No gum, candy or chewing please! DO: Today.

Elastic Potential Energy.  Elastic Potential Energy (EPE) is a measure of the restoring force when an object changes its shape.

Levers To know how levers work

By Brittany and Alyssa Fair testing with flying hair ties.

Take out Lever Activity (page 17) or get one off of the front table.

How much work? Lab Objective: We will generate a lab that requires work to done using various amounts of force. We will create a lab report to determine.

DESIGN PROCESS: DANCE PAD AND LIGHTS Phoenix Graves & Tyler Hummel.

Building a Propeller Driven Vehicle

By: Yohana Cantua & Fernando Ontiveros Materials one book cover or large piece of smooth paper one book with a hard, glossy cover one book with a rough.

Photosynthesis Lab.

 How does the release distance affect the bounce distance of a golf ball from bounce 1 to bounce 2?

Group Activity: Suspension Bridge Model

MEASURING FORCES Main Idea: Elastic materials can be used to measure force. Pg. 14 of IAN.

How to clear paper jam in double sided laser printers PY Cheng May, 2012.

What simple machine is in a windmill? Prediction: Wheel or Gear.

EXAMPLE 1 Making a Scatter Plot NASA NASA’s Crawler Transporter is a large vehicle that moves the space shuttle and its launch platform to the launch pad.

Magnets By: Abby W. 3/20/08 ???Question??? Is the magnetism of a magnet affected by dropping it? ???????????????

Egg Carrying Rocket Complete Your goal is to have your rocket looking something like this at the end of this section– fins attached and rocket engine block.

Problem The teacher’s table is full of papers and stationary and it looks messy, it is very difficult to find stationery that we are looking for.

Science Fair Project By: Student 1 Period 4 th. Which type of paper, folded into a plane, can fly/glide/stay up the longest?

DRIVEN BY AÉRO MONTRÉAL 11 Animation Guide PASSION FOR FLIGHT (PFF) CHALLENGE.

Projectile Motion Pre-Activity Purpose The purpose of this experiment is to create graphical and mathematical representations of the relationship between.

What to do… Get a lab report from me Take out a pencil

Two-Stage Balloon Rocket

How to make a flik-flak A step-by-step guide.

Science You will need your science duo-tang and pencil case for today’s science class.

D43 Measuring Earthquakes

Exp. 3: Motion on a linear air track

Ballista Project 2 120mm Axle hole 3 Nails 1 200mm

Surface Area to Volume.

Understanding Aerodynamics

Seesaw Scales Understanding levers.

Building a Simple Electric Motor

Measuring how the light from a torch changes with distance

Conservation Laws Elastic Energy

Enlargement on Paper Enlarge the Rectangle by a Factor of 2

Pull the spring scale a longer distance.

Remove all labels from supplies and box

Presentation transcript:

Passion For Flight (PFF) Glider Launch Pad Set-Up

Passion For Flight (PFF) Glider

Making your PFF Glider Launch Pad 1. Attach a paper clip to an elastic band as shown above. 2. Apply two pieces of tape to the paper clip as shown above. 3. Using the tape you applied, attach the paper clip under the table, leaving space for the elastic band.

Launching the Glider 20 cm 20 cm 1. Hook the glider to the elastic band using the anchor. 2. Put the glider on the table and lengthen the elastic without tension. 3. Place a mark on the table at the point of attachment of the elastic to the anchor. Launch point Launch point 20 cm 20 cm 4. Pull glider backward for the distance d = 20 cm, starting from point of 1st mark (no tension) to the point of the anchor. 5. Remove markers. 6. The glider is ready for launch.

Measuring Flight Distance:

Views to be Recorded Top View Side View