Democritus' response was...
There is a limit, if it is to remain in its original form.
He concluded that matter can only be divided to its smallest particle... an atom, to retain it's physical characteristic.
The ancient Greek philosopher Democritus is often credited with proposing the first atomic theory in the 5th century BCE. He believed that all matter consisted of indivisible particles called "atoms" that were in constant motion and combined to form different substances.
The ancient Greek philosopher Democritus is often credited with promoting the idea that matter could be divided endlessly. He introduced the concept of "atomos," meaning indivisible particles, suggesting that while matter could be divided into smaller pieces, it ultimately consisted of these indivisible atoms. His ideas laid the groundwork for later atomic theory, despite being largely speculative at the time.
In the metric system basic units are multiplied or divided by 10 to get larger and smaller units
In the metric system basic units are multiplied or divided by 10 to get larger and smaller units
In the metric system basic units are multiplied or divided by 10 to get larger and smaller units
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."
He believed no
The greeks rejected democritus's idea because they thought that there was something smaller than the atoms.
The greeks rejected democritus's idea because they thought that there was something smaller than the atoms.
The ancient Greek philosopher Democritus is often credited with proposing the first atomic theory in the 5th century BCE. He believed that all matter consisted of indivisible particles called "atoms" that were in constant motion and combined to form different substances.
An isosceles triangle can be divided into 4 smaller, identical isosceles triangles. Each of these can then be divided into 4, and each of them ... So, the answer to the question is infinitely many.
The ancient Greek philosopher Democritus is often credited with promoting the idea that matter could be divided endlessly. He introduced the concept of "atomos," meaning indivisible particles, suggesting that while matter could be divided into smaller pieces, it ultimately consisted of these indivisible atoms. His ideas laid the groundwork for later atomic theory, despite being largely speculative at the time.
The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.The emperor Diocletian divided the empire into smaller territories in order to make it more manageable.
Democritus began the atomic theory. He was the first to theorize that if you keep cutting stuff down smaller and smaller, you will eventually reach the smallest piece possible. He was, however, put down by Aristotle. Aristotle had a larger and stronger following, so people dismissed Democritus as a lunatic.
A country such as Belgium is divided into two smaller regions, Flanders and Wallonia.
It might be easier to visualize with smaller numbers. 30 divided by 5 = 6 30 divided by 6 = 5 The larger the divisor, the smaller the quotient.
No, not and still have aluminum. At some point you will have divided it so finely that all you will have is a single atom of aluminum. That atom is the smallest quantity of the metal that exists.