Democritus was Greek and the Greek word for atom meant "not able to be cut"" or "indivisible".
We could say what the second smallest piece of matter if we knew what the smallest piece of matter was. Since the smallest pieces of matter known are quarks-down, strange and bottom have the lowest charge -3, they can be regarded as the first, second and third smallest particles.
A particle is a small piece of matter, while an atom is the smallest unit of an element that retains the properties of that element. Atoms are made up of particles such as protons, neutrons, and electrons.
No, particles and atoms are not the same. Atoms are the basic building blocks of matter, composed of protons, neutrons, and electrons. Particles, on the other hand, refer to any tiny piece of matter, including atoms, subatomic particles, and other small entities.
A particle is a tiny piece or unit of matter. In physics, particles are the smallest units that make up the universe, such as atoms and subatomic particles. In grammar, particles are words that do not change their form and do not fit into the usual grammatical categories.
No, a particle is not the same as an atom. A particle is a small piece of matter, while an atom is the smallest unit of an element that retains the properties of that element.
He was using this to compare it to the smallest part of an element ... an atom which he called "atomos" from the Greek origin
Democritus stated that if you cut a gold into its smallest piece a piece wherein it can't be cut anymore is what he called atomos. Which in Greek "A" means not and "TOMOS" means cut.
The word "atom" comes from the ancient Greek "atomos" meaning "uncuttable". The concept of atoms being the smallest part of an element is a natural philosophy that developed in several ancient traditions, and it is therefore difficult to say "who" was the first person to make this claim.
Democritus believed that matter could not be divided into smaller and smaller pieces forever. Eventually the smallest possible piece would be obtained. This piece would be indivisible. He named the smallest piece of matter "atomos," meaning "not to be cut."
Atoms
Democritus called the smallest piece of matter "atomos" because it means indivisible in Greek. He believed that matter could not be divided infinitely and that substances were made up of tiny, indivisible particles called atoms.
•460 B.C. did a Greek philosopher, Democritus, made the idea of atoms. He asked this question: "If you break a piece of matter in half, and then break it in half again, how many breaks will you have to make before you can break it no further?" Democritus thought that it ended at some point, a smallest possible bit of matter. He called these basic matter particles, atoms. I doubt he had any opinion on that.
Particular what discovery? Democritus discovered atoms it was 400 BC. He believed that all matters are composed of atoms. he also believed that one can could take a specimen of matter and keep on subdividing it until it could no longer be further subdivided. The smallest piece of indivisible matter was called atom. For Democritus, atoms of water were smooth and atoms of fire have sharp edges. by JOVENLO NEGRIDO. PHYSICAL SCIENCE (EAC CAVITE)
Atoms
Around 460 B.C. a Greek philosopher called Democritusdeveloped the idea of atoms. He asked this question: If you break a piece of matter in half, and then break it in half again, how many breaks will you have to make before you can't break it anymore. He thought that it ended at some point, a smallest possible bit of matter. He called these basic matter particles atoms.
He asked the question: If you break a piece of matter in half, and then break it in half again, how many breaks will you have to make before you can break it no further? Democritus thought that at some point one would get to a smallest possible bit of matter. He called these basic matter particles, atoms. Atom in Greek means "indivisible".
Democritus named his smallest piece of gold "atom," which means indivisible in Greek. This concept eventually led to the development of the modern atomic theory.