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Eassy space exploration
Eassy space exploration
Space exploration past and present
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JPL stands for Jet propulsion laboratory. Which was named after the great scientist who has dedicated his work to the physics and concepts in physics. His name was Theodore Von Karman. This lab explains about the numerous science missions and the importance about how they use the physics which will enable students to know about NASA and their important project which are useful for the students of science and technology. They are taking the observation and experimentation of physics to a new level and how this will be helpful in knowing the concepts which are underneath the physics. I have visited JPL on Thursday and on the 21 st of April and the lecture was mainly focused on the Nano technology which is used wider on the space and how …show more content…
Those space crafts were 30cm long and 10cm wider and they are studying the nature of earth and from this we can relate this to the chapter which we have studied in physics about the solar systems and the gravitation force which is acting in the outer space and how astronauts plan things to get rid of these things. As we have studied in the chapter 13 of the gravitation about the solar system and how the astronauts use the conditions of the gravitation on the earth to move around in the outer space. The formula is given by This equation is helpful in determine the gravity and mass of earth, radius and many other factors and we know about the m e = 5.98*10 24 kg which we have studied in our class of physics. The He has also explained about the Deployment where they have deployed the satellites February 2014 and there were 28 satellites under the constellation. These cube sats fit into the Pico satellite and the Nano satellite which will enable them to know the mass of the satellite which are send into the outer space. These determines the mass of the satellite which can be known from the equation which we have studied in our outer space and the mass of the satellite can be …show more content…
They have been controlling this using the automation process and this Cube sat are nothing but acts as small computer when they get connected with the satellite outside they detect for the errors in the satellite and they in turn rectify the problems using the computer which is in built inside the cube sat and they check all the necessary mother boards and CPU inside the satellites and they are launched back to the earth even if they are damaged that won’t affect much as they are very small and they can be made easily within in a day or two. They are cost effective even though they get damaged. This can be related to physics which we have studied in gravitation about the average density which is given In later chapters it has also been studied about the gravitational potential energy which is
Lovgren, Stefan. Can Art Make Nanotechnology Easier t Understand? 23 December 2003. Web. 3 May 2014. .
Art is the expression, thoughts and imagination that people express them by drawing, painting and assist people to creates more things by using their skills. Graphic design has became so successful from 1800s, by using the graphic design artists have created so many design and assist them to put their thoughts and ideas to create designs. "Experimental Jetset" is a graphic design company founded by Marieke Stolk, Danny van den Dungen and Erwin Brinkers. They also well have known for their use of Helvetica. "MMX" was a poster designed by graphic design firm "Experimental Jetset".
The problem that was arisen in Problem #5: Motion up an Incline was in reference to a change in acceleration in both an uphill and downhill motion. The question on hand was whether or not the acceleration was the same going uphill as it was downhill or different from each other in both directions. To obtain a secure conclusion this experiment required the use of a frictionless cart, an inclined ramp, motion sensor, meter stick, and assistance of computer programs. These tools help us to achieve/correct our predictions by giving us precise information about the acceleration of the cart in both the up and downhill direction.
As a country we need to start investing more money and research into space technology. Programs currently exist for this effort, but the potential for research and progress is limited by a lack of funding; compared to other government funded programs, aerospace funding is pitiful. Continued research in space technology is a necessary step in our growth and development not just as a country but also as entire human race. If we are to achieve this goal, it is necessary to increase funding for space research and technology and consider the possibility of colonizing outer space. If we limit our existence to the planet Earth, and continue to drain the resources on this planet, we will destroy the only home we have.
Aviation has come a long way since the 19th century, from the Wright brothers taking flight with the first powered and controlled gliders, to aircraft that can travel up to supersonic speeds, orbiting satellites and space stations which then were only thought to be science-fiction. Aerospace and aviation has proven to be one of the biggest challenges to advance in the entirety of human existence. There are many factors and characteristics that contributed to this advancement such as the engines of aircraft, forces of flight, aerodynamic forces, wingspans etc. The two most significant aspects however have been; World War 1 and World War 2.
Redd, Nola T. "Space and NASA News – Universe and Deep Space Information | Space.com." Space.com. Space.com, 08 Mar. 2013. Web. 26 Mar. 2014. .
The uncontrolled space junk is becoming a greater problem than before. As well as the continuous growth of space junk in Earth's orbit, NASA scientists are in fear of the occurrence of catastrophic collisions. In order to avoid being hit by space debris, scientist developed the collision avoidance technique. They are also looking for ways to remove the debris Earth's orbit. Most importantly, tracking these objects is key to solving all the problems.
These satellites are arranged in this way because it ensures that at least four satellites are in view from literally any point on earth. This ensures the accurate and efficient operation of the global positioning system. The last but arguably the most important segment of the GPS is the control segment. The control segment is a global network of facilities that track the satellites in space and ensure they are functioning properly. This includes monitoring their transmissions, performing analyses on them and sending commands and data to them. There are three parts to the control segment; the master control station, monitor stations and ground antennas. The master control station is responsib...
Aerospace engineers examine, analyze, design, produce, and occasionally install components that make up aircraft, spacecraft, high-altitude vehicles, and high-altitude delivery systems (missiles). Satisfaction with the romantic image of rocket building can buoy many engineers through the highly anonymous work environments that many of them face. Individuals don't assemble rockets; teams do, dozens of teams working in highly supervised coordination. An aerospace engineer plays some part on one of the teams, spending more of her time (roughly 70 percent) in a lab, at a computer, and assembling reports than doing anything else. Not being able to see the "big picture" frustrates some professionals. The path to becoming an aerospace engineer is a rigorous one, but those who manage to survive the difficult lift-off emerge with an above-average degree of career satisfaction.
Of all these spacecraft only about 900 are operational and all of the rest are space debris. This population of satellites and rocket bodies’ account for about 99% of the debris orbiting the Earth are estimated to be around 5000 metric tons. There are more than 20,000 pieces of debris larger than a softball orbiting the Earth. This debris can travel at speeds up to 17,500 mph. Even a relatively small piece of space debris can damage a satellite or a spacecraft at these speeds.
TVS and telephones are using satellites, and I thought it would be a good idea
First, as one would guess, satellites are launched into orbit. There are several types of orbit for satellites to follow but the main three are Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geosynchronous Orbit (GEO). Satellites in a Low Earth Orbit are 100-300 miles above the earth's surface, and it must travel around 17,500 mph, circling the planet in about 10 minutes, to avoid gravity pulling them back to earth. In a Medium Earth Orbit, a satellite is 6,00012,000 miles above the earth and will circle the planet 4 to 6 hours. The Geosynchronous Orbit is a bit more complex, this orbit is 22,282 miles above the earth.
Nanotechnology is science, technology and engineering that is conducted at the nanoscale. The nanoscale is about 1 to 100 nanometres.
* Engineers must be able to work as part of a team. The ability to
We have benefitted our world by using satellite technology to preform tasks and provide a range of innovated services. The main applications of satellites are in the fields of communication, Earth Remote Sensing, weather, and scientific research. In some ways the use of satellites has made our world smaller. Satellites make it possible to establish a connection between two people that are on opposite ends of the globe via a telephone call or the use of the internet. Each of these satellites have many parts, but two parts are common to all satellites are called the payload and the bus. These groups of devices make the satellite capable of accomplishing their tasks.