Describe Your Rocket Research Paper

The second artwork I chose to evaluate is Romare Bearden's Rocket to the Moon. This collage uses black and white as well as color. Bearden used warm colors throughout the collage and unified everything very nicely. Throughout this artwork a square pattern is visible making everything well balanced. You can see the pattern on the windows, bricks on the walls, and the actual buildings themselves. There is some implied motion also visible in the small rocket at the very top of this collage. It is as if the rocket is taking off to the moon on the upper right hand side. The moon implies that this scene possibly takes place at night but, it seems to be a very well lit day. A lot seems to be going on in this scene but, the focal point are the people

into place, and screwing in small metal plates to hold everything together. The wires were to let everything

Apollo 17 was a very interesting lunar mission, and the goal of the mission was to conduct a geological survey of the moon. The mission also had several other purposes such as conducting scientific experiments. The reason why it landed in the Taurus-littrow highlands is because it was a place on the moon that had not yet been explored yet. Scientists were hoping to get some interesting new rock samples. The mission took place on December 7, 1972.

It all started on April 11,1970 when the Apollo 13 crew took off for the third lunar landing mission. This mission was obviously a successful take off at Cape canaveral florida carrying three astronauts by the names James A. Lovell, John L Swigert, and Fred W.Haise. These men were supposed to be the fifth and sixth men to walk on the moon. After being several miles away from earth one of the oxygen tanks blew which caused tragedy for the space crew.

The famous photo of the earth rising was taken by by one of the astronauts on board Apollo 8 mission, William Anders. He wasn’t a photographer but an American Astronaut and was the superior member of the mission. He was born October 17th, 1933 and although he was American he was in fact born in Hong kong. He studied and achieved a Bachelor of Science degree from the United Sates Naval academy. He also accomplished a Master of Science degree in Nuclear Engineering in 1962 from the Air Force and also served as a pilot in the American air force.

The Apollo space missions of the 60’s and 70’s mark a time when space was the final frontier and the only destination world leaders had their view set upon. The cold war in full swing, each nation wanted to prove its dominance without total world destruction, was the single greatest driving force in the space race to the moon. But how do we invent, build, and use a set of technologies barely dreamed of by the most elite scientists? Rockets, computers, practical space suits, and a lunar lander/space shuttle all had to be built nearly from scratch with almost no past experience. The history of rockets comes from German scientists in the Second World War seeking ways to deliver explosives to enemy forces (Funk). We asked many of these experienced

Over time, some of the simplest rockets and other space inventions have become even more elaborate. In 1232, the first rockets were used by the Chinese and the Mongols while experimenting with their creation of gunpowder. (“Rocket History.” N.p., n.d. Web. 9 May 2014.) Rockets were also tossed around with for fireworks and for the war between the Chinese and the Mongols. (“Rocket History.” N.p., n.d. Web. 9 May 2014.) They built and fired rockets with gunpowder combustion chambers. Other rocket-like devices have appeared throughout history in different cultures. Konstantin Tsiolkovsky, a Russian school teacher, produced the idea of using rockets for better things like space travel. ("Rocket History." Rocket History. N.p., n.d. Web. 9 May 2014.) However, Robert H. Goddard, born October 5, 1882, was the first to ever launch a liquid-fueled rocket and is recognized for his hard work and discoveries to this day. ("When was the first rocket invented? | Space Facts – Astronomy, the Solar System & Outer Space | All About Space Magazine.") Though there were a plethora of incredible inventions of the twentieth-century, the rocket has seemed to be the most remarkable.

For the rocket we build the nose of the rocket first. To make the nose we cut the top portion out of the second two liter bottle. Then we will need to cut out a slit on the bottle in the shape of a rectangle. We made sure to leave one side attached to the bottle. We cut the very top of the nose and replaced the top with a half of a ping-pong ball for the tip of the nose. Then after the nose was dried we secured the ping pong with duct tape. In the inside we took the balled up clay and glued it down to the inside of the nose for stability . Then we started to make the wings. We cut the 2 large taperd fins out of the foam board and 2 smaller tapered fins . We then attached the wings that were covered in red duct tape for decoration to the

Water guns are made of mostly plastic mixed with color effects. Some are made with glue and light screws. Also the molds to make the parts are made of steel. The process of water guns being made is surprisingly simple. You can break it in only four parts. First you need to make your design on a computer and the molds are cut out of steel. Next you need to test the molds many times to make sure they work properly. Then, the pieces of the water guns are made through injecting molding or blow

One of the biggest reasons to change where we are exploring is how expensive space travel is. The regular cost is about $450 million. That is a lot of money and here is the catch, that cost is only for one launch and there have been about 130 launches. So if you do the math, we have spent about $58.5 billion on space travel. That is the total cost of all 130 space shuttle launches, but there have also been five-strong fleet launches. To build a strong fleet shuttle it takes around $1.7 billion (Thompson 1).

Computers utilized in house transportation, craft or satellite. For craft the wheel with cables connected to the pilot controls, which is found on the aero foil. National Aeronautics and Space Administration said that “shuttle contains a completely fly-by-wire astronautics system”. Which suggests that each one the electrical association square measure a lot of autonomy, that mean everything is completed on the surface and conjointly it's monitored by the board. The most engines of the shuttle aren't aided by the most laptop and solely before the utilization of performance improved. National Aeronautics and Space Administration has used the astronautics technique since the Fifties and through that point of

There is no force acting on the rocket yet. When the rocket is ready to be fired, the thrust increase from zero and the weight decrease due to the motor burning out. The weight of the rocket balances out in this is where the three law of motion reactions on the earth weight. When the engine thrust is greater than the weight, the net force goes up and the velocity increase from zero. However, if the thrust is equal and the drag, the velocity is

Although the Chinese invented the first rockets the powerful rockets used today have their direct origins in the United States and Europe. Robert Goddard demonstrated a liquid fuel rocket capable of reaching outer space. The Russians and German scientists started creating

The topic that I chose was how rockets are made and what they do. This topic really got my attention. The way that space works has always seemed like a wonder to me. One that I would like to explore because there is so much to learn from it. Rockets have been used for a while now to take our astronauts to space. The rockets have evolved over time because of all the research that NASA has done on space and what the surroundings are like. I hope that this research will further my understanding of all of this and open my mind to how this field works and how much deeper it goes than just the outside design of the rocket. (NASA, n.d.)

Russian scientist Konstantin Tsiolkovsky was one of the very first people who put forward the idea of using rockets for space missions, he was also the first person to design a rocket for interplanetary exploration and he accomplished this in 1903. German scientist Hermann Oberth continued to outline the principles of interplanetary flight in 1920, soon followed by an American scientist Robert Goddard who began to develop a liquid rocket engine in 1923 and by 1925 had created a working prototype. He set up the first liquid rocket, using gasoline and liquid oxygen as fuel in March of 1926. The works of Tsiolkovsky, Oberth and Goddard were then continued by rocketry enthusiast groups in the United States, the Soviet Union and Germany (Aerospace, 1994)