What are Neutrons, Protons and Electrons made from?
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Neutrons are made of quarks, yes. As are protons/neutrons (which are just positive/negative neutrons).
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PROTONS AND NEUTRONS ARE MADE OF QUARKS.SIX TYPES OF QUARKS ARE RECOGNIZED AND EACH IS KNOWN AS A FLAVOR.THERE IS NOT A ORBIT LEVEL BUT A STRONG FORCE.BINDING ENERGY CAN BE CALCULATED FOR EACH NUCLEUS AND IS ONE INDICATOR OF NUCLEAR STIBILITY.
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Amino acids.\n\nOH, I thought you asked what they are made OF. Sorry - Ribosomes!
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These particles include atomic constituents such as electrons, protons, and neutrons (protons and neutrons are actually composite particles, made up of quarks), as well as other particles such as photons and neutrinos which are produced copiously in the sun. However, most of the particles that have been discovered and studied are not encountered under normal earth conditions; they are produced in cosmic rays and during scattering processes in particle accelerators.
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The cell is still made up of many atoms, thats the only irrefutable link there. And the atom is not the elementary essential of matter, if by elementary essential you are referring to the smallest constituent of a matter. Atom is made of of sub-particles: protons, electrons, neutrons, quarks... And these are further made up of smaller sub-particles (our knowledge are always limited). Proton and nuetron have masses and volumes. Doesnt that mean they are matter too?
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An element consists of protons, neutrons and electrons. The protons and neutrons are to be found in the nucleus which is a dense ball of energy/mass. The protons are 'positive' and neutrons are 'neutral'. The electrons are to be found within the vicinity of the nucleus in set energy states defined by the quantum properties of the particular element. The electrons can be considered to particles orbiting the nucleus if you haven't done quantum physics or they can be considered to have a probability distribution of appearing at any particular point within one of the clouds around the nucleus if you have some knowledge of quantum mechanics! Elements have the same number of protons and electrons so the charge is balanced. The number of neutrons tend to equal the number of protons in light elements, although this does differ frequently! In heavier atoms there are far more neutrons (this is to maintain the stability of the nucleus - which is made unstable by too many postive charges occupying a very close space).
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Electron is simply the smallest and ligthest subatomic particle inside every atoms. as you know, atom consists of protons (positively charged), neutrons (no charge) and electrons (negatively charged). you can imagine atoms to be like a planet which has meteors orbiting around it. the planet represent the nucleus which consists of the protons and the neutrons. and the meteors around are representing the electrons. due to its light weight, electrons move around in an incredible speed around the nucleus. however, electrons do not escaped from the nucleus because they are bounded by forces which keep them in tracks. you can check it out in www.wikipedia.com if you need more info on electrons :D . GL for ur science fair anw.
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Protons, neutrons, and electrons.
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Electrons.\nPhotons.\nHeat.
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Mostly hydrogen. There is a little bit of helium and heavier elements in there as well.
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Silicon's elemental number is 14, meaning it has 14 protons. If the atomic weight is 28, then subtracting 14 (the mass of the protons) gives you the solution, 14 neutrons.\n\nAtomic mass = mass of protons + mass of neutrons + a tiny bit of mass from electrons.\n\nProtons and neutrons have nearly the same mass, and electrons have hardly any mass at all.
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A substance whose atoms all have the same number of protons. Neutron numbers may vary (these are called "isotopes"). In a neutral (non-charged) atom, the number of electrons equals the number of protons.
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1 electron, 0 neutrons
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All matter is made up of atoms. God put atoms together to make everything.
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The three subatomic particles are the proton, the neutron and the electron. \n\nThe proton is positively charged, the neutron is neutral. The neutron is one tenth of a percent heavier then the proton. 17 protons and 18 neutrons form the nucleus of the chlorine atom, held together by the strong nuclear force.\n\nIn nature we also find chlorine atoms with 2 more neutrons. One out of four actually. Atoms with the same number of protons, but a different number of neutrons are called isotopes.\n\nElectrons run in orbits around the nucleus. They are negatively charged. Chlorine has 17 electrons, which together with the protons accounts for a neutral atom.\n\nHowever, the electrons tend to group in shells. The lowest shell has room for two electrons. The next two shells can harbour 8 each. But chlorine has 17 electrons. 17=2+8+7 and therefore the outer shell misses one to be completely full.\n\nChlorine therefore prefers to make compounds where it can catch an extra electron. Take for instance common salt a coumpound of sodium Na and chlorine Cl. The sodium atom gives up an electron and becomes Na+. The Cl atom becomes Cl-, filling the outer electron shell. The two ions combine and we have an NaCl molecule.\n\nNow you know, Jess!
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Protons and neutrons are the primary constituents of atomic nuclei, but these bits of matter can be further divided into quarks.  Quark come in six types, or "flavors:" up, down, strange, charm, top and bottom (or, if you prefer, truth and beauty.) Quarks are never observed by themselves, but are instead found in groups of two (mesons) or three (baryons). Nuclear particles are baryons -- neutrons are composed of two down quarks and an up quark (ddu), while protons are two up quarks and a down quark (uud).  The other four types of quarks are less stable, and tend to be observed only as components of high-energy, short-lived particles inside supercolliders, bubble chambers, and the like.\n\nProtons and neutrons are thus the only directly observable particles within the nucleus.  However, they are bound together by another type of particle, not directly detectable that appropriately enough is known as a gluon.  Gluons, like photons, are force-carrier particles, and they are the intermediary for the transmission of the weak nuclear force, which binds the positively charged protons and electrically neutral neutrons.
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Atoms are the building blocks from which matter is formed. Everything around us is made up of atoms. Nuclear energy is contained within the center of the atom in a place known as the nucleus. Particles within the nucleus are held together by a strong force. If a large nucleus is split apart (fission), generous amounts of energy can be liberated. Small nuclei can also be combined (fusion) with an accompanying release of energy. Using this strong force that holds the nucleus together to produce energy is essentially what the field of nuclear power generation is about.\n  In the fission process certain heavy elements, such as some forms of Uranium, are split when a neutron strikes them. When they split, they release energy in the form of kinetic energy (heat) and radiation. The process not only produces energy but also additional neutrons that can be used to fission other Uranium nuclei and start a chain reaction.\n  In fusion, nuclei of light elements are brought together under conditions of high pressure and temperature, causing them to combine and produce new elements and energy.