| Papers [1-15] of 71 :: [Page 1 of 5] | | Go to page : 1 2 3 4 5 —> | Search results on "HOBBIT HOLE": |
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Getting Under the Hobbit Hole, 2001.
This research paper studies "Lord of the Rings: The Fellowship of the Ring" the movie and how it was created based on the books by J.R.R. Tolkien.
855 words (approx. 3.4 pages), 4 sources, MLA, $ 30.95
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Abstract
This essay studies the history of the new "Lord of the Rings" movie, the actors and their reactions to the story and the overall meaning of the transfer of legend to movie. It includes a brief history of the movie and the making of the movie. It discusses the actors and how they suited their characters. It also discusses the difficulties of transferring a book to a movie.
From the Paper
"How did the new blockbuster movie ?The Fellowship of the Ring? come about? How was it made? I intend to answer these questions to educate all those people about the film and it?s backgrounds and makings. The background underlying this story is very extensive and so I cannot cover all of it, however, I will cover the author of the original story, the making of the film, and the actors and their feelings about the story. This new movie has much more foundation to it than simply the film itself, it has many references to the original novel in the film and has a solid base in the images that the author, J.R.R. Tolkien, had originally painted with words."
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Black Holes, 2007.
An analysis of the history and theory of the existence of black holes.
2,823 words (approx. 11.3 pages), 3 sources, MLA, $ 84.95
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Abstract
This paper explains the phenomenon of black holes and how the theory of the black hole evolved. It begins by defining black holes and providing a detailed history of them. The paper then discusses whether black holes are just a theory or not and it discusses the evidence that black holes exist even though they cannot be seen with the naked eye.
Table of Contents:
Introduction
What Are Black Holes?
History of Black Holes
Are Black Holes Just A Theory?
Conclusion
From the Paper
"The authors further explain that at the Schwarzschild radius, the coefficient of the time interval in the Schwarzschild metric is zero (Hawley and Holcomb 1998). As a result, the time interval itself becomes infinite (Hawley and Holcomb 1998). Likewise, radial intervals decrease to zero, which is the definitive length contraction. These effects occur as a result of the choice of coordinates, and these coordinates are not ever absolute even as it relates to Newtonian physics. Nonetheless, the length contraction, time dilation, and other relativistic effects that are dependent upon the metric coefficients, are actual physical occurrences and can be calculated with the right type of instruments (Hawley and Holcomb 1998). In addition the gravitational field in the vicinity of the black hole is more significant at small radius than it is when it is at some distance away, and as a result light moving from near the object endures a gravitational redshift (Hawley and Holcomb 1998)."
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temporarily unavailable
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The Mystery of Black Holes, 2002.
A detailed analysis of black holes: what they are and how they are formed.
1,725 words (approx. 6.9 pages), 3 sources, $ 55.95
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Abstract
This is an informative paper on what exactly a black hole is and what scientists have theorized about black holes. The paper examines the formation of black holes, past research on black holes and pondering questions still unanswered today.
From the Paper
"Ever since you were old enough to know what the sky, moon and stars were, you have always imagined what is actually up there? One of the most fascinating ideas of all is the mysterious and scary thought of a BLACK HOLE! This is perfectly normal because even today scientists are still pondering over that same question ? what is a black hole and does it exist? Theories that at one time seemed reasonable are now laughed at, our skies hold an infinite space which we will never be able to explore, as a result, our questions will be infinite as well."
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Black Holes, 2002.
A study of the subject of black holes.
2,045 words (approx. 8.2 pages), 7 sources, APA, $ 64.95
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Abstract
The paper describes a black hole as a region of space that has so much mass concentrated in it that there is no way for a nearby object to escape its gravitational pull. Black holes are thought to be formed from stars or other massive objects when they collapse from their own gravity to form an object whose density is infinite. This paper covers the topic of black holes including definition, origin, history and size.
From the Paper
"In the 1930s, researchers began to prove that black holes may actually exist. They showed that when a sufficiently massive star runs out of fuel, it is unable to support itself against its own gravitational pull and should collapse into a black hole.
"The term ?black hole? was coined by physicist John Archibald Wheeler coined in the 1960s. So why did Wheeler choose to call them black holes? The main reason was since no light can escape from inside a black hole, it seemed logical. Before Wheeler invented the term, black holes were commonly referred to as ?frozen stars.? "
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"Sizing Up Black Holes", 2002.
A look at a report about the existence of black holes.
1,400 words (approx. 5.6 pages), 2 sources, $ 53.95
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Abstract
This paper examines Black Holes. It commences with theoretical speculation about the link between galaxy formation and black holes. Proving the existence of black holes through the discovery of event horizons is also examined.
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Black Hole, 2002.
This paper attempts to dispel the claim that there is a growing black hole in our galaxy.
1,038 words (approx. 4.2 pages), 1 source, MLA, $ 36.95
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Abstract
The paper uses scientific data to support the claim that based on what is known by astronomers both about black holes and about our galaxy. The author finds that the scenario of a growing black hole is unlikely and would have already been discovered by multiple laboratories that exist to monitor our skies. The writer continues with a forecast of defense for which scientists are prepared in the event of the threat of a black hole.
From the Paper
"The Schwarzschild radius also helps marks the point at which the gravity is so great that no state of matter can withstand it. This distance falls at approximately a factor of twice the Schwarzschild radius; the exact value has not been determined. However, the effect of its gravity on distant orbiting objects remains unchanged. The gravity pull is determined as a force originating at and acting on the centers of the objects. When the star collapses into a black hole, its center of mass remains the same, thus having no effect on the orbiting objects."
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Black Holes, 2005.
This paper describes the basic types of black holes and their detection.
2,010 words (approx. 8.0 pages), 13 sources, MLA, $ 63.95
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Abstract
This paper explains that in the universe, few elements are weirder than black holes, a celestial body made of material so dense that nothing can easily escape its gravitational field, not even light. The author points out, that for decades, theorists considered them mere mathematical constructs, unavoidable consequences of Albert Einstein's theories of relativity; but there is no reason that they cannot exist in nature and, over the last four decades, evidence has mounted that suggests they actually do exist. The paper relates that, although black holes are totally invisible and there is no way to see them directly, they can be detected indirectly (1) by observing the radiation from the bright-burning accretion disks, which radiate on all electromagnetic frequencies especially on the X-ray bands, and (2) by observing their gravitational effects on other objects.
Table of Contents
Introduction
Black Hole Anatomy 101
Surfing the Singularity
From the Paper
"Another important feature possessed by many black holes is an accretion disk, a torus around the event horizon formed by infalling matter as it spirals toward the singularity. Because of the energetic nature of the infall-think of the whirlpool formed as water drains from a bathtub-accretion disks usually emit all sorts of radiation, including visible light. The only other features black holes are reliably theorized to possess are angular momentum (rotation) and occasionally the odd electric charge or magnetic polarity, a consequence of eating too many charged particles"
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Black Holes, 2004.
A look at how the study of black holes has contributed to a better understanding of the universe.
2,250 words (approx. 9.0 pages), 6 sources, APA, $ 79.95
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Abstract
This paper discusses current knowledge about the development and detection of black holes and explains that the study of black holes is justified because it increases our understanding of the universe. The paper also discusses the contribution of the Hubble Telescope to the study of black holes.
From the Paper
contributions of the study of black holes to the understanding of the universe Introduction Newspaper stores in mid-February provided accounts of the detection of the existence of a form of energy that is dark unseen and permeating space Glanz A primary effect of this force is to push the universe apart The importance of the effect is that by overcoming gravity the universe expands as opposed to collapsing upon itself There remains a massive absence of knowledge about the force that has been detected although the existence of
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Black Holes, 2002.
An introduction one of space's greatest phenomenons, black holes.
577 words (approx. 2.3 pages), 4 sources, $ 20.95
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Abstract
The paper defines black holes and explains what they are made up of. The paper explores common misconceptions surrounding black holes, as well as other mysteries. Finally the paper examines theories regarding how black holes eventually end.
From the Paper
"Black holes, one of space?s greatest phenomenons, appear to be tremendous concentrations of matter, usually at the center of a galaxy; however, smaller back holes are possible. The matter is in the form of neutrons, protons, and electrons, tightly packed together by their mutual gravitational attraction. The beautifully descriptive name comes from the fact that light cannot exit from a Black hole. They are suspected to form in the death and collapse of a star that began with more than10 times the sun's mass (those with less mass become white dwarfs or neutron stars)."
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The Black Hole: An Enigma of Time and Space, 2002.
An insight into the phenomena of the black hole.
3,696 words (approx. 14.8 pages), 22 sources, MLA, $ 102.95
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Abstract
This paper is an in-depth treatise on the subject of black holes (it does not contain any sophisticated math). A black hole is a region of space where matters collapses in upon itself toward an infinite density, thereby endlessly increasing its mass and gravitational pull. It details the evidence for their existence both theoretical and empirical and describes the debates concerning their fundamental nature (how they warp time and gravity). It evaluates theories by Einstein and Stephen Hawking as well as related phenomenon such as white holes and wormholes.
From the Paper
"Man has always looked into the heavens and questioned the nature of the universe around him. Through the science of physics he has created such seemingly basic and ubiquitous concepts as time, mass, weight, and gravity. Held to be absolutes, these conceptual building blocks allow him to define, categorize, and relate the objects he discovers in the vastness of space. And without argument, his definitions and equations intercalating these abstractions hold true - except in one specific locus of space. A region of mystery possessing infinite depth yet of finite size, detectable in space yet emitting no electromagnetic radiation, an enigma of nature that beckons to be resolved. An entity first described as a ?frozen star? but then later dubbed a ?black hole? by John Archibald Wheeler. What is this black hole?"
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Black Holes, 2002.
A discussion on the existence of black holes.
1,392 words (approx. 5.6 pages), 5 sources, APA, $ 46.95
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Abstract
This paper discusses how black holes are created. It studies the ideas of physicist John Mitchell, his discoveries and how Isaac Newton's physics ideas helped lead to his discoveries on black holes. It also covers white dwarfs (stellar corpses), the most famous being Sirius.
From the Paper
"The black hole was first named by the English physicist John Mitchell in 1783, more than two hundred years ago. But what are these black holes? Do they really exist? Based on planet movement studies made by Tycho Brahe and Johannes Kepler, John Mitchell deduced the existence of a force that made the Sun, the Earth, the Moon and everything contained in the cosmos."
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"Holes", 2004.
A review of book, "Holes," written by Louis Sachar, with a focus on the issue of self-pity.
1,081 words (approx. 4.3 pages), 1 source, MLA, $ 37.95
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Abstract
This paper discusses the book, "Holes" by Louis Sachar. Specifically, it analyzes the novel as a negation of self-pity. The paper contends that self-pity can be many different things, from social ineptness to a chip on the shoulder or a contrived rebel rejecting popular culture to feel sorry for him/herself. Whatever the reason, people who pity themselves often take their frustrations out on others and allow self-pity to poison them and their relationships. The paper examines how "Holes," as a novel, negates self-pity by showing it for what it truly is, a useless emotion that does not make life better, only worse.
From the Paper
""Holes" is the story of Stanley Yelnats, a young boy sent to a correctional camp for something he did not do. He believes his family is followed by a curse, and that the curse has come to rest on him as he digs his holes under the burning Texas sun. Stanley often feels sorry for himself and the predicament he is in. One night he thinks to himself "For once in his unlucky life, he was in the right place at the right time, and it still didn't help him" (Sachar 64). Stanley does not wallow in self-pity, but he definitely uses it when he gets depressed or feels lonely. However, as the story progresses, Stanley learns how to appreciate even the little things in life, and how to stop feeling sorry for himself and create his own, positive future."
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Black Holes, 2002.
This paper discusses in depth the reality of black holes.
1,770 words (approx. 7.1 pages), 6 sources, $ 57.95
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Abstract
This paper describes in depth test results and discoveries on black holes and whether or not they do exist. Special emphasis is placed on a discussion of Cygnus X-1.
From the Paper
"The only ways that we can detect black holes are to see the bending of light, or to examine the waves that they put off. The first thing discovered was a X-ray source in the constellation of Cygnus. This was then called Cygnus X-1 for its first X-ray source. No one knew for sure where this was coming from because X-ray telescopes cannot give that precise of a location. Later, in the spring of 1972 a new unexplained radio source was found in the same general area as Cygnus X-1. They identified this as an optical star known only by its classification number HDE226868. While we were finding this, the X-ray source for Cygnus X-1 showed up once again. They examined the data between these two objects, and made the conclusion that they were related. Most likely as a binary pair, with the star, and the unknown object, Cygnus X-1, orbiting around each other (DeGennaro). A binary pair is a pair of stars that orbit around each other, in this case one is a black hole, and the star orbits around it. As it orbits the immense gravity from the black hole strips gas from the normal star. As it falls it is moving at such a speed that the friction causes it to heat up to several million degrees, and this heat then causes the x-rays (McClintock)."
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An Examination of the Dwarves? Quest in "The Hobbit", 2006.
This paper examines the characteristics of the dwarves as well as their intended quest in J.R.R. Tolkien's romantic fairy tale "The Hobbit."
1,140 words (approx. 4.6 pages), 8 sources, MLA, $ 39.95
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Abstract
This paper counters the popular conception that author J.R.R. Tolkien is known for his lack of irony in his writings by proving that this particular novel exemplifies irony in its finest form. The basis of this irony consists in Tolkien's depiction of the dwarves' spiritual impurity which becomes apparent upon their pilgrimage. The writer of this paper describes the plot and main characters of Tolkien's novel "The Hobbit." This paper details the areas of the novel in which the text is replete with examples which illustrate the dwarves' repeated failure to rise to the occasion when confronted with the assorted tests, trials and tribulations demanded of all heroic quest seekers.
From the Paper
"The cyclical nature of the dwarves' crusade reflects, in turn, the circular plot-structure of all Quests, in which an action that is initiated in the concrete present-here, the scheme to conquer Smaug and recover the dwarfish hoard-is brought to fruition in an (often-idealized and mythologized) past. In addition, the grandiosity of the dwarves' mission replicates "the epic spirit and grandeur" of the traditional Quest by pitting the questors against the "forces of greed, cruelty, and aggression" while situating them before the sweeping backdrop of an imagined world-Middle-earth-that is replete with "its own theology, myths, geography, history, paleography, languages, and orders of being."
Unfortunately for the dwarves (and, ultimately, for Middle-earth itself), the impurity of their crusade precludes the manifesting of another seminal convention of the heroic Quest: the social, psychological, and/or spiritual development of the hero(es). Their chronic inability to transcend the limitations of their original personae is illustrated both in the dwarves' childlike inability to defend themselves against the various perils which they encounter as they journey toward the Lonely Mountain and in their nearly-disastrous, initial refusal to share their treasure with the men of Esgaroth."
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