Cosmic microwave background radiation

The show we are writing about is The Big Bang Theory. This show is a hilarious comedy about 4 geeky scientists who don’t really have a life, until a new girl named Penny moves in across the hall. After that all their lives start to change. Once they finally get the guts to talk to her, they find out she is a very outgoing, funny, loving girl. The only problem they have with her is that she’s is not the brightest person, while they are. Even though they make fun of her a lot, that’s what makes…

The structure of an essay is very important. It helps a reader easily follow an author’s message. The structure of Rachel Carson’s essay was successful in informing its readers of the effect chemicals have on nature and how this would affect the future of the human race. “Chemicals sprayed on croplands or forest or gardens lie long in the soil, entering into living organisms, passing from one to another in a chain of poisoning and death” (Carson 613). This statement explains to the reader the…

Advancement in Radiation Protection: Non-Lead Apron People are exposed to radiation every day just by being alive on this earth. One receives approximately 3,000 µSv of ubiquitous background radiation a year, which means approximately 8.2 µSv per day (Howerton, Iannucci, 2012). This is known as background radiation and is caused by terrestrial, cosmic, and naturally occurring radon. On the other hand, during radiographic examination some degree of biological damage does occur during exposure,…

Scientists discovered that there are microwaves coming from every direction in space. Electromagnetic radiation which was present shortly after the big bang is now observed as background microwave radiation. Big Bang theory says this energy has been travelling through space ever since it was created at the beginning of the universe, just after the Big Bang. CMBR Is the remains of energy created just after the Big Bang. Cosmic Microwave Background radiation supports the Big Bang Theory but is…

Edwin Hubble also helped to prove that Lemaitre hypothesis is correct. In 1948 Gamow estimated the strength of remaining cosmic microwave background radiation, saying that the glow of the Big Bang must be cooled after billion of years that has to fill the universe with a radiation about five degree above zero. This prediction was proved by the discovery of cosmic microwave which was 2.7 above zero. This is done by Penzias and Wilson in 1965.  Theory acceptance…

atomic masses - known as Big Bang nucleosynthesis. A second assertion concerning the Big Bang I scanned over, would explain cosmic microwave background radiation. Believing that the universe came from a hot explosion would explain the radiation that exists; the radiation is remnant heat created from the hot explosion. The explosion would create high energy atoms, generating radiation. A third assertion supported the Big Bang to as why the cosmos is cold. The claim said that as the universe was…

The following paper is on each of four subjects: black holes, dark matter, dark energy, and the multiverse theory. The first subject is black holes, which are regions of space having a gravitational field so intense that no matter or radiation can escape. Their existence is greatly debated over, and it still has not been determined whether they exist. The second subject is dark matter. Dark matter is a placeholder that cannot be seen. It accounts for 27% of the matter in the universe, but like…

George Lemaitre was a Belgian cosmologist and a Catholic priest that was born in the 1800's he studied both science and theology then ended up becoming the "Father Of The Big Bang." By writing a paper in 1931 he came up with the theory to the Big Bang that eventually expanded out to further research. (Soter and Tyson, 2000) Lemaitre served as an artillery officer in his younger ages during World War I which put a halt onto his studies but soon picked back up on after the war. He chose learn…

same speed (~3x108 m/s), the only factor to change is the wavelength (λ) or its inverse, the frequency (μ). To acquire this value, the ideas of electromagnetic and cosmic radiation have to be accounted for. Because all objects in our universe and anything between us and the receiving planet emit some sort of electromagnetic radiation, extensive research has been put into determining the range that incurred the least amount of noise. As a society, we base our daily life on radio communication —…

MT: The scientific method is the best method for determining what the universe around us is and how it works, this is provable based on the amount of evidence science has provided for the claims it has, while other methods rely on “faith” which by definition means you believe something without evidence. BP1: The scientific method has led to the conclusion that based on what we know about the state of the universe today we can demonstrate that the universe must have began with a singularity(a…