NASA Research Paper

Develop a piece of persuasive writing for New Scientist magazine weighing up the benefits and costs of space missions like this one. Said another way, evaluate the need for space missions like this by considering the costs and benefits to society.

The Kepler Mission (NASA Discover mission #10) is designed to survey a portion of the Milky Way galaxy to discover Earth-size planets in or near the habitable zone and determine how many of our galaxy’s billions of stars have such planets. Results from this mission will allow the placing of our solar system within the continuum of planetary systems in the galaxy.

New Horizons is a piano sized spacecraft, launched on January 19, 2006. Its mission? “To help us understand worlds at the edge of the solar system” Its antennae and instruments are bolted onto

There are seven instruments on this unmanned craft that will do a number of studies on the atmosphere, surfaces, and environments around Pluto. Once New Horizons is finished with Pluto, it will make it’s trek along the Kuiper Belt and explore the dwarf’s planets home solar system. It’s believed that Kuiper is home to more than 100,00 other, miniature world. Other information to look forward to from this space probe is what we will find on the far-side of Pluto. It will look for evidence of rings and magnetic

Pluto was visited on the new Horizons mission. Is to help us understand words at the edge on our solar system. Research clone on this planet.caltech researchers have found evidence of a giant planet.Life on his planet.

The space shuttle's components include: the orbiter, three main engines, the external tank, and two solid rocket boosters. Altogether, the launch weight is about 4.5 million pounds.

One of the objects we decided to study in the solar system is Pluto, an “ice dwarf planet” and its New Horizon mission. Throughout the new horizon mission, the probe has discovered several thing. The mission was launched on January 19 2006 and status of the mission is “in flight”. Since the time it took off to now, the mission has accomplished many of its main goals. The parent goal of New Horizon mission was a discovery mission. They wanted to further basic research of Pluto and the Kuiper Belt. In addition to the expending their basic research they also studied factors of applied research, which led to technological advancement. Each time a probe is in its mission, it helps further achieve advancement New Horizon

The payload was built of seven instruments like Ultraviolet Spectrometer and Polarimeter (UVSP), the Active Cavity Radiometer Irradiance Monitor (ACRIM), the Gamma-Ray Spectrometer (GRS), the Hard X-Ray Burst Spectrometer (HXRBS), the soft X-Ray Polychromator (XRP), the Hard X-ray Imaging Spectrometer (HXIS), and the Coronagraph Polarimeter (CP), which were exclusively chosen to study different criterias such as short-wavelength and coronal manifestations of the solar

New Horizons launched from Cape Canaveral Air Force Stations in Florida in January of 2006 and flew past Pluto a little over a decade, eleven years, later sending back zoomed in photographs of the planet’s surface. This paper will explore numerous topics about how the spacecraft could reach its destination and beyond. There are numerous challenges in sending a craft that far such as powering the contraption without utilizing solar energy since it is too weak to generate power at that distance. There is also the choice of what sort of instruments should be incorporated on the exploration spacecraft that would get the most accurate results and be least susceptible to wear and tear. Also, there are concerns about how spacecraft might ensure that

The desire to explore and further understand space, especially the neighborhood that is our solar system, is a dream many of us have when we are younger that persists for some throughout their life. Project Galileo aimed to do just that, but met with many complications and obstructions. However, through cleverness, determination, and teamwork, these challenges were dealt with and the mission was able to continue on.

Different parts of outer space are colder or hotter than other parts Even though the space between stars contains gas or solar winds, it's still considered empty space. This space can reach high temperatures of over one thousand degrees Fahrenheit. The temperature is dependent from where one is taking the temperature. As one moves further away from the sun, the colder it gets. Surface temperatures on Pluto can get as cold as 33 degrees above absolute zero, the theoretical temperature where all movement in matter stops.

R. Wagner Article Review of “Revealing Jupiter’s Inner Secrets” Jupiter is the largest, most massive, fastest spinning, most magnetized and most orbited planet in the solar system. For years scientists and astronomers have been estimating the inner workings of Jupiter underneath its distracting clouds. In 1995 they were finally able to find out some answers when the Galileo probe entered Jupiter’s atmosphere to take measurements. They decided to send up a probe, Juno, that would measure microwaves without getting trapped in the equatorial belt of energetic charged particles. Juno will measure the water and ammonia levels of Jupiter by using 6 different microwave wavelength ranges. Astronomers hope to learn many things from this probe including

The possibility of life on Europa (Davis, 2015) warrants further study of this moon of Jupiter. Before attempting to land a rover or probe on the surface, we should acquire more information as to the topography of Europa and as to the most geologically active areas in order to determine a safe landing area. Study of the moon's general features and properties may also prove enlightening, perhaps revealing further information about Europa's oceans, geological activity, and general formation. A small probe orbiting the moon could collect the prerequisite information for a probe landing, as well as provide more general

The spacecraft was launched from Discovery and it proceeded to Jupiter under power from Boeing and McDonnell Douglas rockets. The main body of the space craft was almost a cubic meter in size and was powered by a radioisotope thermoelectric generator. The radioisotope thermoelectric generator converts energy from the heat generated from radioactive decay to electrical energy for the spacecraft to use. It used hydrazine for its source of fuel used in course corrections. Two beryllium-copper antennas perpendicular to the radioisotope thermoelectric generator reached out seventy two meters. A third antenna was along the spin axis opposite of the dish. The last side of the spacecraft contained a experiment boom that had instruments to collect X-ray data from solar flares. The boom also contained two magnetometers. On the main body of the spacecraft it also contained detectors for various particles and subatomic particles.

Specific Purpose Statement: By the end of my speech my audience will be able to explain the history behind Pluto becoming a planet and in turn losing its planetary status.