With identifying its atoms.
Molecule, atom, elementary particle, quark.Molecule, atom, elementary particle, quark.Molecule, atom, elementary particle, quark.Molecule, atom, elementary particle, quark.
The word particle is a noun. The scientist studied the small particle using her powerful microscope. Some synonyms for particle are fragment, grain, scrap, and atom.
A carbon nanotube is a particle, meaning it is a solid piece of matter. It is howerver, because it is so small, governed by quantum physics.
It makes it heavier. However, a particle is matter (please leave anti-matter and energy out of this ;)).So your question actually is: What does more matter in matter do?
The word you are probably looking for is 'atoms'. However there are many different types of particle: molecules and ions are on the same scale as atoms. Atoms are made of protons, neutrons and electrons. Some of these are made up of quarks....
New::Matter exhibits both wave-like and particle-like properties, the so-called wave-particle duality Old::Anything that has mass and occupies volume
an atom is a tiny particle so small there is about a million on the point of one needle
the small part of an atom is a subatomic particle so that's what my science teacher says your welcome :)
the small part of an atom is a subatomic particle so that's what my science teacher says your welcome :)
Iron is so hard and strong because bond between the particles of iron is very strong. We know that every matter is made up of small particles. These particles are joined with each other by a force called bond. So as much the bond between the particle strong as the matter will be strong.
Actually, according to the particle theory of quantum mechanics, the particle is infinitely small, so it does not really have a point to it that has any size at all. They just use that term to describe its properties, which they can do very precisely, accurately, and predictably, they just do not have any place in the theory of particulate matter that gives them any space at all for existing because they are a product of possibilities, and not really anything that is 100% concrete to have dimensions in space-time.
Electron