'Nose cone' presentation slideshows

Measuring Radiation as a Function of Altitude Using a Hybrid Rocket Platform

Measuring Radiation as a Function of Altitude Using a Hybrid Rocket Platform. Harding University Flying Bison 2010 USLI Team. Mission Statement. Design, build, test and fly a high powered hybrid rocket Reach exactly an altitude of 5280 feet

603 views • 48 slides

The Estes Viking Rocket

The Estes Viking Rocket. Simple Easy to Build Launches to 1,700 feet Able to manipulate variables. Estes Viking Instructions. Open the Package Inventory your parts Open the Instructions Build your rocket Add final details to your rocket Paint your rocket And finally; Launch your rocket.

826 views • 44 slides

Flight readiness Review

Flight readiness Review. Windward Community College University of Hawaii 2009-2010. Project: Leo Hano. Design Criteria. Build a Rocket to be launched to an altitude of 5280 ft. (1 mile) Rocket must carry a scientific payload Rocket must return safely. Flight Profile. Boost Phase

576 views • 41 slides

Water Rocket Requirements

786 views • 36 slides

Bottle Rockets 2009 Egg-O-Naut

Bottle Rockets 2009 Egg-O-Naut. EVENT DESCRIPTION(200 9): B & C-event Prior to the tournament teams will construct rockets designed to carry an Egg-O-Naut (a raw Grade A large chicken egg), stay aloft the greatest amount of time, and return to earth without breaking the egg.

1.07k views • 33 slides

424 views • 28 slides

An Introduction to Water Rocketry

An Introduction to Water Rocketry. Mr. Young Roberts Elementary School Science Specials. Parts of a Basic Water Rocket. Nose Cone - For aerodynamic effect Ballast (not always necessary) but adds mass to rocket for increased stability. Fins - for stability

523 views • 26 slides

BOTTLE ROCKET INVESTIGATION

BOTTLE ROCKET INVESTIGATION. An investigation is really a series of experiments all trying to solve different pieces of the same problem. Your task is to determine what it takes to propel a pop bottle rocket to its maximum distance. Background Information. Your research.

634 views • 25 slides

How To Build A Water Rocket

How To Build A Water Rocket. DESIGN AND DEVELOPMENT. Brainstorm The first step in the design of a water bottle rocket is brainstorming. Brainstorming is a problem-solving technique that involves the spontaneous contribution of ideas from all members of the group. Design Possibilities

527 views • 24 slides

How To Build A Water Rocket

How To Build A Water Rocket. DESIGN AND DEVELOPMENT. Brainstorm The first step in the design of a water bottle rocket is brainstorming. Brainstorming is a problem-solving technique that involves the spontaneous contribution of ideas from all members of the group. Design Possibilities

426 views • 24 slides

SOAREX VII Mission

SOAREX VII Mission. Design, construct, test, and fly an ultralight (<1kg) atmospheric entry and descent microprobe carrying instrumentation to measure acceleration and atmospheric structure from 100 km to the surface. Flight Sequence. Design Specifications. Reentry Modeling. Design Solution.

298 views • 19 slides

PHENIX & The Beam Pipe

PHENIX & The Beam Pipe. Overview of the drawings I will break down the beam pipe going from MuID-S to MuID-N piece by piece. Important Information Overview of the planned changes to the PHENIX beampipe. PHENIX w/ focus on the beampipe.

253 views • 16 slides

Bottle Rockets!

Bottle Rockets!. 8 th grade final project. Your mission:. Design, construct and launch a rocket made from empty two liter plastic soda bottles which will remain aloft for a maximum period of time. Your rocket may not weigh more than 200g THE CHALLENGE: Carry a raw egg safely to the ground.

805 views • 16 slides

Water Rockets!

536 views • 15 slides

HIGH School Rules and Guidelines

HIGH School Rules and Guidelines. Revised 06/03. What is the mission? The mission is to design a Water Rocket Vehicle capable of reaching the highest altitude possible given specific launch criteria.

232 views • 15 slides

Eric building the fin mount.

Eric building the fin mount. Brenton gluing the body tube. Eric attaching the fin mount to the body tube. Eric gluing the shock cord mount. Brenton installing the shock cord . Brenton attaching the shock cord & parachute to the nose cone.

220 views • 13 slides

Class 3: Model Rocket

Class 3: Model Rocket. Marat Kulakhmetov. Parts for Rocket. Making an Engine Mount. Assembling the Nose cone. Designing Fins. Locating the CG. Installing Motors. CG Moved Back. Installing Ignition Charges. Reading for Launch.

262 views • 10 slides

Making Rocket Nose Cone

Making Rocket Nose Cone . Making Rocket Nose Cone . Supplies Needed. 2 Yellow Papers. Marker. Scissors. Tape. Making Rocket Nose Cone . Place Yellow Paper in fingers. Wrap around fingers. Making Rocket Nose Cone . Tape nose cone. Place nose cone in end of rocket.

356 views • 8 slides

ENGINEERING:

ENGINEERING:. It is rocket science!. Parts of the Rocket. Body Air (pressurized) Water Air Pump Fin Latch and Trigger Nozzle Launch Pad Nose Cone. 9. 2. 3. 1. 5. 7. 6. 4. 8. What makes it fly?!. 1. The COMPRESSED AIR pushes on the water as it tries to expand.

237 views • 8 slides

- Backfill Obturation Gun

285 views • 5 slides