Asteroid Belt Research Paper

It is the leftover material that did not get swept into the sun or flung far out into the galaxy but was just far enough away to stay in the sun’s orbit. The Kuiper Belt is a donut or disc shaped area made up of mostly icy or Frozen Volatiles (gases) and some rocky objects that orbit our sun starting just outside of Neptune’s orbit. The donut shaped area spans from 30 to 50 times Earth’s distance from the sun which is 2.5 to 4.5 billion miles. The distance is also reported in astronomical units, Shortened as AU. One AU is the distance of the Earth to the Sun. Thus, the Kuiper Belt spans from about 30 to 50 AU. The Kuiper Belt contains trillions of these icy or rocky objects with thousands being larger objects more than 62 miles in diameter. The Kuiper belt also contains round objects too small to be considered a planet but too large to be considered an asteroid. These objects are classified as dwarf planets. Dwarf planets also have an odd orbit and don’t clear the space around them like regular planets. The best known KBO is the dwarf planet Pluto. Interestingly, when Pluto was first identified, astronomers did not realize it was in the Kuiper Belt, since the Kuiper Belt was officially identified after Pluto was

Astronomers have identified plenty of objects that were circulating the sun farther away from Neptune since the year 1992. According to research, there are more than 70,000 of these small objects named as Trans-Neptunians, which had a diameter that was larger than 100 km. Also, these objects extended from Neptune’s orbit from 30 astronomical units (AU) to 50 astronomical units. There is a thick band in which these Trans-Neptunians were restricted in and this ring was named as the Kuiper Belt. One may ponder what is the significance of the Kuiper Belt? Astronomers believe that the objects within the Kuiper Belt may be the ancient remains from the early stages of development of the solar system.

What do you think we would do if someone from anther planet landed in the U.S and claimed it as his territory because he had discovered it? How would you feel about this?

I chose the constellation, Orion. It is one of my favorites, because ever since I was little, I was able to find it, and it was cool to me. The constellation depicts a man, holding his shield in front of hi, and sword overhead. It signifies a hunter, attack his prey, especially since he follows other celestial animals, like Lepus, a rabbit, and Taurus, a bull.

There were five massive discoveries that the rover Curiosity made. In August 200 the rover landed on Mars and been exploring the red planet since, but the robot has racked up quite a string of accomplishments while been on the red planet. For examples, when the rover first touched down on the red planet, it had a dramatic “seven minutes terror” when it touched down. This showed a successfully demonstrated a new technique that would help land the large payload of deliveries with unprecedented precision and successfully helping to pave a way for human outposts on the Red Planet. The rover was launched in order to determine whether the Gale Crater landing site has ever been able to support microbial life, the car sized rover successfully answered that question within seven months into the 2

Exoplanets are interesting to us for a number of reasons. By locating and observing them, we are able to gather a variety of useful data that tells us details about the planet, and then compare and contrast them to other exoplanets, as well as our own planet Earth. These comparisons are our attempt at better understanding the formation history of rocky planets such as the one we live on today, and furthermore understand the future of rocky planets based on their internal composition and proximity to their host stars.

Although most dwarf planets inhabit the Kuiper Belt, there is one notable exception that reside in the Asteroid Belt named Ceres. Dwarf planets are also notorious for following long elliptical orbits, while the planets, though they still follow an elliptical orbit, are on a much more circular path. Overall, dwarf planets

NASA is one of the most important organizations in the World, as a part of the executive

I chose the Orion constellation because after doing some research, I found that the history of this constellation was very interesting. The Orion constellation looks like a man holding a weapon and a dead lion, so it was named after a hunter in Greek mythology. The Orion is located on the celestial equator and it consists of seven stars known as Betelgeuse, Rigel, Bellatrix, Mintaka, Alnilam, Alnitak, and Saiph, but it's brightest stars are Rigel and Betelgeuse. This constellation is most visible between January and March at evening time and can be seen all across the world.

Companies such as Space Exploration Technologies offer NASA a cheaper, and overall better to reach Earth orbit and interplanetary space than any projects currently in development by NASA. When Elon Musk founded Space X, he wanted to radically change how rocket launches worked. He had the idea to recover the first stage of rockets, and then reuse them. He believed that this would allow him to offer launches at a considerably reduced cost when compared to non-reusable rockets. As it turns out, Musk was right. The current Falcon 9 version costs at lowest 49 million dollars to launch, a large decrease over the average NASA launch cost of 200 million dollars. (Falcon 9) The main reason that SpaceX is able to offer these low costs is due to their

Apollo asteroids are small celestial objects in comparison with other planets but are large enough to cause significant damage to earth and organisms living in its environment. Present 30 known asteroids are with diameters ranging from 0.2-8km. Orbital perturbations by the planets might cause asteroids to collide with earth. The probability of an asteroid colliding with the earth is well defined and certainly non-zero. Earth and the asteroid might meet the intersection point where the asteroid would be able to strike our planet. An impact from such asteroid would create an enormous crater being 20 times the size of the celestial body itself. After impacting the earth's lithosphere it would eject the mass from the crater about 100 times the

There is a great amount of variation between the Terrestrial planets. These planets differ in size, atmosphere, and temperature. The temperatures vary greatly in the Terrestrial planets. Average temperatures range from 900° F on Venus to -50° F on Mars, which happens to have the coldest temperatures out of all the Terrestrial planets. These colder temperatures are a result of differences in distance, atmosphere, and magnetic field.

A comet in the Kuiper Belt would be affected by the presence of the planets in the solar system, not only the Sun. While the Sun has a huge mass, it is more massive than any of the planets in the solar system, it is far enough away from objects within the Kuiper Belt that its affect is comparable to the planets which lay closer. Since all planets within the solar system have significant gravitational fields (particularly the gas planets), its affect on a comet orbiting the Sun may change the shape of the comet's orbit into elliptical or other shaped paths.

When addressing the concern of an asteroid impacting the Earth, it should be noted that the probability of a continent-destroying asteroid is slim to none in the near future. It should also be addressed that approximately ten asteroids enter Earth's atmosphere per year, each being about the size of a fridge, but are burned up quickly and would not be big enough to heavily crater or harm anything on the surface. In the past 1000 years, there also have been no record of a human dying due to meteorite collisions. Though collisions are seemingly rare, it is still important for astronomers to observe any celestial objects moving towards Earth that may be potentially dangerous. For example, Apophis is an asteroid traveling a path towards Earth. The asteroid is large enough to wreck the surface of Earth, but because of the observations made by astronomers, it is highly likely that a mission can be conducted to be deflected

From the 1990s, astronomers identified a region of the Solar System called the Kuiper Belt. Since its discovery, astronomers have identified thousands of Kuiper Belt Objects (KBOs) within this region, and estimate it to contain at least 70,000 KBOs- all with the same composition as Pluto.