Atoms are made of 3 types of subatomic particles, the protons and neutrons (which are in the center, or nucleus) and the electrons (which surround the nucleus). It should be noted that protons and neutrons are made of even more fundamental particles, called quarks.
That is a good question. Scientists are still not completely sure what the atom is made of, however we do know about three parts right now. They are the proton (positive charge), neutron (neutral charge), and electron (negative charge). The proton attracts the electrons, causing them to orbit. There can be more neutrons than protons but not less. (The hydrogen 1 isotope, which has one proton and no neutrons, is an exception to that rule.) The neutrons keep the positively charged protons from repelling each other. (Or more precisely, the neutrons provide an attractive force that overcomes the repulsion of protons for other protons.)
Read more: What_is_an_atom_composed_of
electrons, protons, and neutrons
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magnesium chloride
There are two elements.They are carbon and chlorine
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The mantle is composed of the asthenosphere and the lithosphere.
atoms
As the name suggests, they are made from combinations of chlorine, fluorine and carbon atoms.
Oxygen is an element - the only thing that composes oxygen are oxygen atoms. Oxygen found naturally (molecular oxygen) is formed from two atoms of oxygen, O2.
"He that composes himself is wiser than he that composes books" is a quote by Benjamin Franklin when asked if he was going to write a book about his life. Benjamin Franklin was a statesman and an inventor in the early days of America.
Oxygen composes of twenty-one percent of Earth's Atmosphere.
he is a musician, (composes and plays songs)
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perimetrium
An oboe is an instrument, and a composer writes music. Therefore, no one "composes the oboe," because that is impossible.
white colour composes into seven colour when they passes through spectrum of prism
A bibliographer is a person who compiles or composes a bibliography.
Carbon can form up to four bonds with any other element covalently.