are created from dying stars; how a star dies 3. Literally anything can become a black hole; Schwarzschild radius Reference for your Supporting Facts: “The sound the universe makes”‚ “A Brief History of Time”‚ “An introduction to general relativity‚ black holes‚ and gravitational waves” TRANSITION STATEMENT: It’s important to explain what a black does and what occurs within a black hole once they are finally formed. B. Main Point B (NATURE) 1. Even horizon‚ this is the point
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density‚ this is also known as singularity‚ a collapsed core (Smith‚ H. R.). Black holes are also able to merge with other black holes to form a super massive black hole‚ this is present in the centres of most galaxies (Wikipedia). Source: Cambridge Relativity The process at which black holes are made simply only involve the cores of stars. The size of the core of the star is essential in determining whether a dying star will form into a black hole‚ a white dwarf
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considered to be a mould language theory‚ which represents language as a mould in terms of which thought categories are cast. (Bruner et al. 1956). At a very basic level‚ the Sapir-Whorf hypothesis consists of two linked ideas‚ that of linguistic relativity‚ where the language you speak will influence your outlook on the real world‚ and a stronger idea of linguistic determination‚ where our thinking and interpretation of the world around us is established by the language we speak. It was Edward Sapir
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moving away from us‚ is moving towards red on a wavelength spectrum and the farther the galaxy‚ the greater the redshift. In short‚ red shift shows that a galaxy moves faster as it gets farther from us‚ and “Since we cannot assume that we have a special place in the Universe‚ this is evidence for a generally expanding Universe.” (The Big Bang 1). This suggests that everything is moving away from everything else‚ and expanding. Cosmic Background Microwave Radiation (CMBR) is electromagnetic radiation
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5 of the biggest unsolved mysteries in physics The mysteries of the universe are as vast and wide as existence itself. Throughout history‚ mankind has searched and struggled to find the answers tucked away inside the universe and everything we see around us. As Deep Thought said in the Hitchhiker’s Guide to the Galaxy‚ "I think the problem‚ to be quite honest with you‚ is that you’ve never actually known what the question is." True‚ we have yet to come up with the answers to life‚ the universe
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section -The nature of space and time -The formation of the elements - Life in the universe The theme: Ultimate questions in modern science There is a new enthusiasm in science for tackling the major frontier questions: Science magazine special issue (July 2005): - What is most of the universe made of (dark energy)? - Can the laws of physics be unified to one concept? - Are we alone in the universe? - How and where did life on Earth arise? - What’s beneath quantum uncertainty? anything
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In our lives we’ve all looked into the night’s sky and admired its beauty. But those stars that dot the skies are moving‚ most of them rapidly away from us. In Chapter 3 of A Brief History of Time‚ Hawking describes the beginning of our universe‚ otherwise known as the big bang‚ and how our universe is expanding. In Chapter 4‚ Hawking explains the dismissal of the idea that future events can be predicted because of the belief that the universe was completely deterministic. As I read chapters 3 and
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Against Substantivalism The ‘hole’ argument against substantivalism is a great argument created by Albert Einstein out of desperation when his general theory of relativity ran into obstacles. The ‘hole’ argument says that if the general theory of relativity is true and substantivalism is true‚ then for any model of the general theory of relativity representing a physically possible universe‚ there is a hole diffeomorphism of that model which represents a physically possible universe that is observationally
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One of the most intellectual and renowned scientist of the world‚ Albert Einstein‚ gave his Theory of Gravitation called General Theory of Relativity in the year 1916. This theory is still considered to be an irreplaceable theory and poses challenges while learning. It is no where simplicity‚ it is to complex. In this theory Einstein had a problem with the static universe‚ his theory somethings stating that universe a whole would not remain static‚ gravity should play the role of attracting the things
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understand." - Einstein Something else that was circling the globe in that year was Einstein’s reputation. At the time of this interview‚ his fame had spread across Europe and America. Everywhere he was acclaimed a genius for defining the principles of relativity‚ though very few people understood what they meant. Imagination may have been essential to his breakthrough thinking‚ but Einstein’s discovery also rested on his vast knowledge of physical science. Knowledge and imagination let him see the relationship
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