Motion and Forces Primer What makes a balloon fly when the air is let out”

Slides:



Advertisements
Similar presentations
Soda Bottle Rocket Launcher
Advertisements

Principles of Rocketry
Vanderbilt Student Volunteers for Science Fall 2008
SECME Water Rocket Design Competition
Straw Rocket with Launcher with a Nod to Newton
Rocket Science and Physics. Functions of rocketry were developed through many years of trial and error Functions of rocketry were developed through many.
Ancient Dreamers Leonardo da Vinci Italian artist and scientist ( ) gathered data on the flight of birds and developed concepts of the propeller,
How to Build a Water Bottle Rocket
Bottle Rockets! 8th grade final project.
The Science Behind Two Liter Bottle Rockets
ROCKET MANIA Challenge Create one bottle rocket that will fly straight with a parachute that will create air friction (drag) and slow velocity to reduce.
Titan Stage II. FIRST LAW OF MOTION a body in a state of rest and a body in motion tend to remain at rest or in uniform motion unless acted upon by some.
Virginia Science Olympiad: Bottle rocket and towers
An Introduction to Water Rocketry
Principles of Rocketry
Principles of Rocketry
Friction due to fluid ( gases or liquids)
Title: Intro to Water Bottle Rockets
Bottle Rockets! Its rocket science!. Your challenge Design and Build a rocket using the materials provided to achieve a higher altitude. You must have.
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.
1-1 Principles of Rocketry. 1-2 Water Rockets BASIC CONCEPTS.
Bottle Rockets Aliya Hakim Science Olympiad Design Portfolio.
Rockets Read and follow along. On your journals, draw the rockets and label. Draw and label the parts of the rockets and answer the questions listed.
Rocketry ‘06 Carl Sandburg College Upward Bound Summer Program.
Four Forces of Flight Rocket Project Day 1. Aerodynamic Forces Act on a rocket as it flies through the air Lift & Drag Lift Force – Acts perpendicular.
Kite Science Why a Kite Flies?.
1. Objects at rest will stay at rest, and objects in motion will stay in motion in a straight line, unless acted upon by an unbalanced force.
Forces Pages 188 to 191. Forces Force - a push or a pull, measured in Newtons (N) Contact Force – is a push or a pull one object applies to another object.
Fundamentals of Rocket Stability It’s (not) rocket science!
Paper Drag Racers. Newton’s Laws of Motion Isaac Newton Isaac Newton came up with the 3 laws of motion. He helped us understand gravity. Born in 1642.
Rockets. Rocket  A chamber enclosing a gas under pressure  Small opening allows gas to escape providing thrust in the process  Which of Newton’s Laws?
How Planes Fly Welcome to Unpacked, where we demystify hot topics in the airline industry! In this edition we take a 30,000 foot look at the physics behind.
3, 2, 1, Blast Off!.
Newton’s Laws of Motion.  When a rocket lifts off it is because thrust exceeds the weight that keeps it in place.  This reflects Newton's First.
Do You Have A Potential Rocket Scientist In Your Class? Michael West.
Rocketry 101 Available Sheet. Part of this area of focus includes building your own rocket.
Flight Concept Web Project By: Ashley Drag- The force that opposes thrust.
What is a Rocket?  A chamber enclosing a gas under pressure. A release nozzle directs escaping air in one focused direction  A balloon is a simple example.
Model Rocketry Titan Phase 1. Laws of Motion First Law — An object at rest tends to stay at rest unless moved by a force An Object in motion tends to.
Principles of Rocketry
How can we describe how objects move?. The law of BALANCED FORCES  Objects at rest tend to stay at rest.  Objects in motion tend to stay in motion.
Forces and Newton’s Laws Houston, We Have a Problem! Lesson.
District-Wide Spring Project The Rocket Project. Goal To apply Newton's Laws of Motion using engineering.
Bottle Rockets! You will need to take notes.. Design, construct and launch a rocket made from empty plastic soda bottles which will fly for a maximum.
Rocket Project: Newton’s 3 Laws in 3D!.
Jeopardy Newton’s 1 st Law Newton’s 2 nd Law Newton’s 3 rd Law VocabularyFriction and More Final Jeopardy.
Air Powered Rocket. Rocket Body Lay two pieces of paper with their long sides over lapping Tape the paper together Roll the paper into a tube using the.
Rockets!!! Laws of Motion And Rockets!!!. Sir Isaac Newton During the latter part of the 17 th century. Sir Isaac Newton laid the scientific foundation.
Sophomore Engineering Clinic I September 25, 2014 Blackboard Back of Room Section 12- Miller Section 13- Reed Section 13- Reed 1 Section 9- Tole Section.
Two-Stage Balloon Rocket
The Science Behind Two Liter Bottle Rockets
Warm-Up 4/26/17 Take notes on what I say is important.
The Aero Club QUASAR.
Aerodynamics The study of the motion of air, particularly when it interacts with a solid object, such as an airplane wing. The least amount of wind resistance.
Rocket Stability.
Newton’s Third Law Review Study Guide
Flight Concept Web Project
Hot-Air Balloons.
Newton’s Laws of Motion
Forces Affecting Motion
Forces Vocabulary.
What is Newton’s 3rd Law of Motion?
Copy the learning objective into your science notebook
Principles of Rocketry
WATER ROCKET EVALUATION LESSON AND NOTES
The Amazing Water Rocket.
Soda Bottle Rocket Launcher
Principles of Rocketry
Newtons' Laws A summary.
CITY SCIENCE STARS: Kick-off to Lift-off
Presentation transcript:

Motion and Forces Primer

What makes a balloon fly when the air is let out”

Newton's Third Law of Motion "For every action, there is an equal and opposite reaction."

So How Does All This Make A Rocket Fly?

Balanced Forces

Unbalanced Forces

Hello Houston? We Have Lift Off!

So What other forces do we need to know and be able to label? Friction or drag The thrust force

1. Start with your basic 2 liter Coke bottle. 2. Remove the label and the cap retainer ring. 3. Reinforce the bottle with strapping or duct tape. 4. Decide on the number of fins you want and mark fin guides on the bottle.

1. Use printer paper to make fin templates. 2. Transfer your design to plastic "Pocket Folders" and cut out fins. 3. Fold along crease lines, glue the sides together and attach fins to the bottle with strapping or duct tape.

1. Learn about "Center of Mass." 2. Build a nose cone from your 2nd empty soda bottle. 3. Add a bit of weight to the nose cone and measure the total mass of your rocket ( g.) and the center of mass. 4. Adjust both if necessary.

Launch Directions 1. Add 1 liter of water to the rocket. 2. Insert the stopper into the mouth of the bottle. 3. Place the rocket in one of the holes in the launcher. (60 deg. = greatest distance; 90 degrees = greatest height) 4. Attach bicycle pump connector to the valve stem in the stopper. 5. Start pumping. 6. The number of pumps will be decided and everyone will use that number. 7. Pull the launch cable and time the seconds to touchdown.

Principles That Make Rockets Fly This is REALLY important. If you don't get the Center of Mass high enough, your rocket will NOT fly straight!

Rocket Stability This one answers the question, "Why do you need tail fins?"