So when a proton up when the N pole, N pole near the neutron must be down, then the magnetic properties between protons and neutrons will cancel each other, but in fact never happen. So how neutron is maintained between the two proton affinity for? It wants to keep the left side of ...
was theorized to exist long years before its eventual discovery. Once an atomic theory was created tests were devised to determine if the observed data matched the theory. In many cases, it did not, which led to the discovery of first electrons, the atomic nucleus, protons, and neutrons. ...
In fact in a nucleus, protons and neutrons will be at great speed between a meson exchange, which the child will be lost when a meson into a proton, proton get a meson when the time will become a neutron . There is no doubt, to be exchanged is the positive charge. As a result of...
We all know, nature of spontaneous by advanced energy has distributed to lower-trend (following the second law of conservation of energy). So when the neutrons and protons in a nucleus of anisotropy of magnetic poles arranged time, its system of minimal energy loss, the system the most stable...
And similarly, why do we say electrons, protons, neutrons etc. are particles, even though, they are made of particles? I can understand the case of electrons, protons, and neutrons as when they were discovered and named, quarks were not discovered. But the helium nucl...
Paragraph 2: When the German chemist Lothar Meyer and (independently) the Russian Dmitry Mendeleyev first introduced the periodic table in 1869-70, one-third of the naturally occurring chemical elements had not yet been discovered. Yet both chemists were sufficiently farsighted to leave gaps where ...
Neutron stars get their name because they are thought to be composed almost entirely out of neutrons, the uncharged particles that, along with positively charged protons and negatively charged electrons, make up atoms. Their incredible density — only black holes are smaller and denser — is thoug...
to the future, Polakovic added, "Although we have not tested this hypothesis yet, our device should be able to detect and analyze the signals from not onlylow-energy photons, but also individual electrons, protons and nuclei like helium-4, which consists of two protons and two neutrons." ...
neutrons, and hence in their atomic mass.The isotopes of a given element have the same chemical properties but slightly different physical properties.We now know that atomic number (the number of protons in the nucleus), not atomic mass number (the number of protons and neutrons), determines ...
In fact in a nucleus, protons and neutrons will be at great speed between a meson exchange, which the child will be lost when a meson into a proton, proton get a meson when the time will become a neutron . There is no doubt, to be exchanged is the positive charge. As a result of...