50 Model Rocket Projects for the Evil Genius

	50 Model Rocket Projects for the Evil Genius Gavin D. J. Harper
	Reseña
	The fun, hands-on way to learn about rocket science Yes, as a matter of fact, is IS rocket science! And because this book is written for the popular Evil Genius format, it means you can learn about this fascinating and growing hobby while having run creating 50 great projects. You will find a detailed list of materials, sources for parts, schematics, and lots of clear, well-illustrated instructions. Projects include a camera rocket, video camera rocket, hydrogen-fueled rocket, UFO, and more. Projects start out basic and gradually become more sophisticated. Perfect for science fairs and school projects.
A la diversión, manos a la manera de aprender sobre la ciencia de cohetes Sí, como una cuestión de hecho, está es una ciencia exacta! Y porque este libro está escrito para el formato de genio malvado popular, esto significa que usted puede aprender acerca de este pasatiempo fascinante y en crecimiento, mientras que de haber corrido la creación de 50 grandes proyectos. Usted encontrará una lista detallada de los materiales, las fuentes de las partes, esquemas, y un montón de claras y bien ilustradas instrucciones. Los proyectos incluyen un cohete de la cámara, cámara de vídeo de cohetes, cohetes que funcionan con hidrógeno, UFO, y mucho más. Los proyectos comienzan básica y gradualmente se vuelven más sofisticados. Perfecto para ferias de ciencias y proyectos escolares.
INDICE
History of Rocketry  Rocket Science The Model Rocketeer's Workshop Model Rocket Stability  Constructing Model Rockets Recovery Systems Launching Model Rockets Rocket Math Model Rocket Photography Model Rocket Movie Cameras Rocket Mail. Rocket mail  Introduction to the Flight Computer Educating with Model Rocketry Model Rocket Clubs Appendices                        Consulta el Libro (21 MB) por TurboBit y MediaFire:
INDICE GENERAL
History of Rocketry  Rocket Science. Making black powder. Demonstrating different rates of reaction with a film can rocket. How does the quantity of propellant affect the distance travelled?. Real rockets! Build your own hydrogen-fuelled rocket  The Model Rocketeer's Workshop. Build a model rocket support jig and stand. Build a wind tunnel. Flow visualization techniques  Model Rocket Stability  Constructing Model Rockets. Building your first model rocket. Building a series-staged rocket. Build your own parallel-staged model. Build your own boost-glider. Build your own UFO (I). Build your own UFO (II). Build your own UFO (III). Build your own payload-carrying rocket  Recovery Systems. Build a night-tracer rocket. Build your own EL inverter. Creating a strobe beacon rocket  Launching Model Rockets. Simple launch controller. Advanced launch controller. Arming your rocket motor for launch. Build a "rod" launcher. Build a "gantry" launcher. Build a "rail" launcher. Launching your first model rocket. More advanced launch techniques  Rocket Math. How fast? How far? - Getting to grips with basic math for physics. Calculating how high your rocket went. A simple tracker. Calculating how high your rocket went from an aerial photograph. Calculating the size of an object on the ground. Calcualting the measurements for a boat-tail transition. Calculating how stable your rocket is. Recovery device calculation Model Rocket Photography. Build a model rocket camera payload  Model Rocket Movie Cameras. Build a model rocket video camera payload (I). Build a model rocket video camera pay load (II)  Rocket Mail. Rocket mail  Introduction to the Flight Computer. Timer. Magnetic apogee sensor. Barometric altimeter. Temperature and humidity. Acceleration. Vibration (2-axis accelerometer). Optical sensor (to detect roll rate). Exhaust temperature (thermocouple). Full data acquisition system  Educating with Model Rocketry. Educating with model rocketry  Model Rocket Clubs. Starting a model rocketry club. Space exploration merit badge  Appendices.  Model Rocket Safety.  International Listing of Model Rocket Clubs