M_\text$ "feels" maximum pull via strong force due to no one nucleon being "out of range" of another nucleon's pull. The stronger the binding energy per nucleon, the less mass per nucleon.Įxample for neutron, proton and them bound together in deuterium: Mass defect is directly proportional to the binding energy. average energy per nucleus is higher before the reaction and lower after the reaction.Īfter the reaction - the resulting elements are closer to the iron atomic number The surplus energy is the energy taken out of the system, i.e. The surplus energy in the nuclear reaction is achieved when heavy elements are split (fission), or light element are fused (fusion). It is abundant in the universe, as natural atomic evolution tends to get close to it from both ends of atomic number spectrum. Both the lighter and heavier elements tend to have smaller binding energy. The literature presents the binding energy chart per element, with its peak at iron (~56 nucleons). Download and Read Books in PDF 'Rhinoceros Success' book is now available, Get the book in PDF, Epub and Mobi for Free.Also available Magazines, Music and other Services by pressing the 'DOWNLOAD' button, create an account and enjoy unlimited. Read it and go rhino Thats all there is between you and everything youve. Natural systems tend to evolve to lower, not higher energy states. Scott Alexander has discovered the REAL secret of success: becoming a rhinoceros. Rhinoceros Success : the Secret to Charging Full Speed Toward Every Opportunity Download and Read online,DOWNLOAD EBOOK,PDF EBOOK EPUB,Ebooks download Read w. The more energetic a binding, the more difficult it is to break the binding, the more stable the atom made out of such bindings. The more difficult it is to split the atom, the more stable the atom is. The higher the binding energy per nucleon, the more difficult it is to split the atom. The higher the binding energy of nucleus, the more energy is stored per nucleon in the system. The stronger the nucleus is bound, the higher its binding energy. Given (1) and (2), the smaller the nucleus, the stronger it is bound. The less nucleons in a nucleus, the closer in average they are, so the strong force per each is higher and easily overcomes electromagnetic repulsion. The more nucleons in a nucleus, the bigger the nucleus is, so the average distance of a nucleon to each another is higher, hence the long-distance electromagnetic repulsion tends to overcome short-distance strong nuclear force, up to the point of occasional alpha decay in elements of transuranic end of the spectrum. Download it once and read it on your Kindle device, PC, phones or tablets. Please kindly point out and explain these errors. Rhinoceros Success - eBook - Kindle edition by Alexander, Scott. Use features like bookmarks, note taking and highlighting while reading Rhinoceros Success - eBook. To me, each of them seems to make sense, but some of them are contradictory, so obviously - wrong. Rhinoceros Success - eBook - Kindle edition by Alexander, Scott. I did some research of that topic and cannot come to a single comprehensive and consistent description.īelow are related statements I gathered or can think of, describing the problem area. What is the nature of nuclear energy? This is closely related to the correct explanation of mass defect.
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