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What ideas about the atom did Democritus and John Dalton share?
Democritus and John Dalton both believed that atoms were indivisible and made up all matter. They shared the idea that atoms were small, solid particles that could not be divided further.
What is the relationship between Democritus and Dalton's atomic theory?
Democritus, an ancient Greek philosopher, first proposed the idea of atoms as indivisible particles. Dalton's atomic theory, developed in the 19th century, expanded on this concept by introducing the idea of atoms combining in specific ratios to form compounds. Dalton's theory built upon and refined Democritus' original idea of atoms, laying the foundation for modern atomic theory.
Who proposed the idea that everything is made of atoms?
It was John Dalton in the early 1800s.
Who described atoms that they are small hard particles?
John Dalton. N.B.: John Dalton [born: September 6, 1776; died: July 27, 1844, at age 67] was an English chemist and physicist who claimed matter was made up of tiny particles and that these particles were identical for any given kind of matter. Moreover, he claimed these particles were indivisible and could neither be created nor destroyed in any chemical process, only be altered in the manner they were grouped.
How was Dalton's atomic theory similar to Democritus atomic theory?
Both Dalton and Democritus proposed that matter is made up of indivisible particles called atoms that are different in size and shape. They also believed that atoms are in constant motion and can combine to form different substances.
Who used experiements and scientific tools to study matter?
John Dalton used experiments and scientific tools to study matter.
Did people believe in Democritus John Dalton Or Aristotle In ancient times?
Many people believed Aristotle in ancient times.
Who did most people believe in ancient times Democritus John Dalton or Aristotle?
Many people believed Aristotle in ancient times.
How did Dalton advance the atomic philosophy propose by democritus?
By using experimental methods Dalton transformed Democritus ideas on atoms into a scientific theory.
How did Dalton advance the atomic philosophy proposed by?
By using experimental methods Dalton transformed Democritus ideas on atoms into a scientific theory.
What did Dalton do in developing his theory that Democritus did not do?
He pubish is own atomic theory in 1803 developed his atomic theory by observations gathered from many experiments .
Why was Dalton's contribution different from that of the ancient Greeks Philosophers?
The ancient Greek philosopher Democritus theorized about atoms, and so did Dalton, but Dalton also performed experiments which confirmed the reality of atoms and showed the way for further research.
Who did people think is correct Democritus or John Dalton?
In the early 19th century, John Dalton's atomic theory gained widespread acceptance over Democritus's earlier ideas. While Democritus proposed that matter was composed of indivisible atoms, his ideas lacked experimental evidence and were largely philosophical. Dalton built on Democritus's concepts but provided a scientific framework supported by empirical data, making his theory more credible among scientists of his time. Ultimately, Dalton's work laid the foundation for modern chemistry, leading to greater acceptance of his ideas over those of Democritus.
How was Dalton's atomic theory similar to democritus's atomic theory?
They both thought the same theory but Dalton had evidence to prove it, unlike Democritus.
Who discovered atom before John Dalton?
democritus
Was Dalton the first scientist to study matter?
no Democritus
Democritus and Dalton proposed many similar points in their atomic theories infer why Dalton a were more accepted?
Democritus' atomic theory was largely philosophical and lacked empirical evidence, making it difficult for the scientific community of his time to accept. In contrast, John Dalton's atomic theory was grounded in experimental observations and provided a systematic framework for understanding chemical reactions, including the law of multiple proportions. Dalton's work also integrated quantitative measurements, which appealed to the emerging scientific methods of the 19th century, leading to broader acceptance of his ideas. As a result, Dalton's theory laid the foundation for modern chemistry, whereas Democritus' concepts remained largely speculative.
