Atoms are normally identified according to the element of which that atom is an example. And that, in turn, is determined by the number of protons in the atom's nucleus. So, any atom that has just one proton is a hydrogen atom. If it has two protons it is a helium atom. And so forth.
they are identified by their atomic number which is the number of protons in their nucleus.
Atoms can be identified by mass spectrometry and other methods.
The atoms are identified by how much of electrons there are.
atoms cannot makeup atoms. atoms are the smallest thing. it is unknown what makes an atom at the moment and it is unknown to science what the smallest thing is although atoms are identified as the smallest thing known False, atoms are made up of protons, neutrons, and electrons.
Nuclear fission is the splitting of atoms.
Fusion (combining light atoms into heavier atoms), and fission (splitting heavy atoms).
atoms are made of protons, neutrons, and electrons.
Yes, free electrons can collide with atoms.
92 atoms have been identified, i think(:
118 atoms/elements.
atoms are identified by using a very super Strong microscope. You cant see them because they are so small (with your bare eye)
Atoms could be identified by various technique. Single crystal X-ray diffraction is the most important in that.
thet can be identified as makong sure 4 other materials without breaking atoms..
An element can be identified by the number of protons in the nucleus of its atoms.
Plutonium was first produced in 1940 and identified from atoms resulting from human activity. In 1971, it was identified as naturally occurring in trace amounts.
the number 3
So that it can be identified by an enlarged picture
Thus far (2012) there have been 118 unique elements identified, the most recent being Ununoctium, discovered in 2003. >> Ununoctium: symbol Uuo, at. no. 118, at. wt. 294 ... it's man made and Radioactive.
it is non polar covalent
Diamond stone, because of its lattice structure of carbon atoms, is identified as an 'octahedral; perfect and easy' cleavage (according to Wikipedia). Read more, below.