Democritus - Greek philosopher who believed in the 'marble' atomic model.
John Dalton - Came up with the first atomic theory, in which he also believed atoms were indivisible.
Yes, Aristotle believed that matter was continuous, meaning without any breaks. He believed that matter has always moved and will forever be in motion.
Aristotle
They believed matter wasn't continuously divisible. But they couldn't explain how atoms combined to form solids, liquids, and gases. Democritus amde a comparison of any matter to a beach. When you are far away the beach looks like one thing ... a large continuous shunk of earth. As you get closer you can then see the individual grains of sand. He thought all matter was like this. As we get closer (or magnify) the matter we would eventually see that it was made of small indivisible particles. Indivisible or uncuttable was in Greek ATOMOS. This is where our word atom comes from
The difference between continuous spectrum and the atomic emission espectrum of an element is that in emission spectrum, only certain specific frequencies of light are emitted while in a continuous spectrum, a continuous range of colors are seen in the visible light.
They both proposed the theory that all matter consists of atoms.
With the rectifier alone, the result is d.c. but with a voltage ripple caused by the rectifier diodes not being absolute in action. The rectifier needs following with a smoothing circuit, a suitable capacitor at its simplest, to remove the ripple.
It's both.
Aristotle =]]
No it is not.
is continuous because of individuals forms and qualities
A Continuous Line of Thought - 1920 was released on: USA: 2 November 1920
It isn't. It only looks continuous (sometimes), because the individual pieces (the atoms) are much smaller than anything we can see.
yes, matter continues or particulate
Aristotle
John Dalton thought that matter was made of particles.
No
Aristotle "Modern Chemistry" by Holt, Rinehart, and Winston
It isn't. It only looks continuous (sometimes), because the individual pieces (the atoms) are much smaller than anything we can see.
yes