Molecules make up a compound.
When two or more particles of a different basic substance come together, they form a compound. This results in a unique chemical structure that is different from the individual particles that make it up.
elements..because.....two elements form a compound
Quarks are the particles that make up protons and neutrons. There are no particles, as far as we know, that make up electrons.
The atom is composed of a nucleus surrounded by orbits of negatively charged particles called electrons. The nucleus is composed of positively charged particles called protonsand neutral charged particles called neutronsSo, the three subatomic particles are electrons, protons, and neutrons
The atoms of the component elements are the simplest particles retaining individual chemical characteristics in compounds. To be utterly technical, however, one would have to say that the simplest particles of compounds would be fermions, which make up hadrons, of which the nuclei of atoms are made, and bosons, which carry the forces that hold the compound together.
Yes, everything is made of tiny particles - if it is an element then the particles are atoms of that element, if it is a compound then the particles are molecules composed of atoms of the elements which make up the compound.
Light is made up of particles called photons.
They don't have a name except Particles, they are the same things which make up the liquid and gas
Molecules.
yes they are.
quanta
Minute particles are called molecules or atoms. These are the building blocks of matter that make up everything in the universe.
protons and electrons
yes they are.
When two or more particles of a different basic substance come together, they form a compound. This results in a unique chemical structure that is different from the individual particles that make it up.
elements..because.....two elements form a compound
Subatomic structures are called particles, such as protons, neutrons, and electrons. These particles make up atoms, which are the building blocks of matter.