Team+9

__The Horrendous Space Kablooey! (:__

*Fred D.

 * ~ What is a rocket?? ||
 * **ROCKET- A rocket is any vehicle that contains combustible gases that can propel any vehicle through the air by ignition.** ||

The nose cone is designed to create a smooth flight by allowing the air to flow around it. The body of the rocket is called the frame or tube in this picture. It is the base of the rocket and determines the function of the rocket overall. Next are the fins on the rocket. They allow it to fly straight and controls the stability of the flight. The last part in this photo is the hollow pressure vessel. This is where your fuel would go, but that may vary with different rockets. Some model rockets have parachutes in the inside. Remember that most rockets will vary and this is just a basic diagram. ||  || =**So what is a rocket used for?** = =**Rockets can be used for a variety of things. They're essential to national defense, cable television, and communication through a cellular device. They can be used for fireworks, weaponry, ejection seats, launch vehicles for satellites, human space flight, and space exploration. They're important to human society and the way rockets are built have transformed tremendously. ** =
 * ~ Parts of a rocket ||
 * [[image:parts_to_rocket.jpg]] ||
 * The picture above is a simple rocket diagram showing the different parts of a rocket.

=** ﻿Rocket Building Timeline! (: ** = There are many different eras when rockets started to be constructed and each era shows many transformations and editions to the rockets. http://history.msfc.nasa.gov/rocketry/

__** Phases of Model Rocket Flight **__ 1- Ignition and Lift Off: Basically it’s just the take off of the rocket. 2- Engine Burnout: This is when the rocket has reached its maximum velocity; the engine is no longer creating a propelling power. 3- Coasting: When the rocket delays the ejection of the parachute, so as not to destroy it. 4- Apogee and ejection: The nose of the rocket is ejected as well as the parachute.

** __Inertia__ ** Inertia suggests that an object at rest stays at rest or an object in motion stays in motion until something acts upon it. For example a tree normally stays still until something like wind blows, for lack of a better words, the branches create movement. The branches keep moving until the wind stops. **//__Mallory S. Brianna H.__//**

Newton's Second Law of Motion =] : ) ﻿ ==//**__﻿__**// //**__newtons second law:__**// force= mass x acceleration it basically how much force you put into an object and to fugure that out you have to figure the mass and how far it gose to fugure out the force your using ==