When the big bang produced a vast amount of positive energy‚ it simultaneously created the same amount of negative energy. In this way the positive and the negative energy add up to 0. So where is all this negative energy today? It’s in space. This may sound odd but
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In actuality the the big bang refers to the time the universe started expanding but the expansion was so quick that to an observer (don’t ask where the observer would be) it would look like a huge explosion. The big bang theory is based on the Friedmann models‚ according to these models there are three possible geometries the universes could have taken when it started:
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how much I like to indulge in science and religion: I was having a “civil argument” with other scientific minds at a planetarium about science and faith/religion. The conversation started as epically as many of them do with the battle between “The big bang theory” versus “Creation story”‚ God. As the conversation progressed an apple fell from the tree of knowledge and hit me on my head like Isaac Newton. This was my sublime; science and religion and play in the same sand box. There is no reason to
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Project work in Physics Theme: The Big Bang theory (The theory of everything) Subject of studying: The beginning of all the surroundings And the mysteries of our inexplicable and amazing Universe | | |[pic]
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violent event known as the Big Bang. They later confirmed that the Universe continues to expand as a result of that supernatural event. Backed by Albert Einstein’s theory of relativity‚ along with Hubble’s discovery of an ever expanding universe‚ this particular theory is accepted by the majority of the scientific community. This theory made a huge impact on the scientific world and is an integral part of how the universe was formed as we know it today. The Big Bang model itself is a natural
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The Expanding Universe Objective: To interpret a model demonstrating the theories of our expanding universe. Hypothesis: I believe the two marked points on the balloon will be farther apart each time the balloon is blown up. Materials: * 1 un-inflated balloon (when inflated‚ the balloon should have a round shape and be approximately the size of a soccer ball) * Markers * About 30 cm (12 inches) of string or yarn * Ruler or tape measure Procedures: 1. Place an un-inflated
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universe as far back as ________ after the Big Bang. A) 1 million years B) 300‚000 years C) 300 years D) 3 minutes E) 10-10 second Answer: E 2) How long after the Big Bang was the Planck time‚ before which our current theories are completely unable to describe conditions in the universe? A) 10-10 second B) 10-35 second C) 10-43 second D) 3 minutes E) 300‚000 years Answer: C 3) The Planck era refers to the time period A) before the Big Bang. B) before the Planck time. C) after the
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high-redshift quasars are relatively bright. Chapter 26: 4. What is the origin of the Big Bang Theory? The history of the Big Bang theory began with the Big Bang’s development from observations and theoretical considerations. Much of the theoretical work in cosmology now involves extensions and refinements to the basic Big Bang model. 5. When did the Big Bang occur? Space and time were created in the Big Bang. At the beginning of the universe‚ the space was completely filled with matter. The
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transcendent power’ and God is a big one. There is no reason to believe that God was the one to begin this chain. The philosopher‚ Immanuel Kant‚ said that it is arguable that there is a first cause. But‚ we cannot know‚ what that first cause is. Kant said this is because if God is outside of this causal chain‚ or transcendent‚ we cannot know God or his qualities. This means we cannot know if he was the first cause. This is further backed up by the ‘Big Bang’ theory. The Big Bang theory is the idea that
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the stars less dense. 2. Compare and contrast your experimental procedures with the Big Bang theory. How does your balloon represent the Big Bang theory? What are the shortcomings of the experimental design? The balloon expands‚ making the universe bigger. This is like the big bang theory in the way that the universe expands to create what it is today. One of the shortcomings is that the balloon can only get so big‚ while the universe has no limits. 3. How does the model you created help to show that
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