Nearly 600 B.C. the Greek philosophy scientist Aristotle Thales discovered some sort of fossilized glue that, if touched by fur, is attractive to paper, feathers and hair. its name in Persian "Alratingy kah Raba" and from it, I derived the word "Kahrabaa" in Arabic.
In the Western script, the name of "Electricity" is derived from the word "Ratingy", meaning "Electron". The British scientist William Gilbert was the first to propose such a designation. If your hair is smoothed with a plastic comb, the plastic will gain the attraction of scraps of paper and hair. This is no different from what Thales has done since Qatsta and twenty centuries. If you remove your hair with a plastic comb in a dark room and then bring this comb to your finger, you will notice a small spark from the comb to your finger. The reason is that the energy stored in the comb emits light from the air atoms between the comb and your finger.
This is similar to what happens in arctic discharge.And scientists have been reluctant to find the source of that energy and an explanation of this phenomenon. Until the end of the 19th century, no one could explain this phenomenon. All we know is that the atom is composed of nuclei, protons, and neutrons. The protons are positively charged and the neutrons are their charge. The nucleus revolves around a number of electrons equal to the number of protons in the atom.
As the electrons are negatively charged, and the charge of electrons is completely equal to the positive charge of the proton and counter, the sum of the atom is electrically neutral. As the comb passes through your hair, some of the electrons of the atoms coming out of the comb will fall on your hair.This means that the protons of these atoms are no longer electrically neutral for the loss of some negatively charged electrons, and the result is that the comb becomes positively charged. In this case, the comb protons are able to attract electrons in the atoms of the scraps of paper, creating a magnet between the comb and the paper clip. This interpretation depends on two facts. The first is that the material can be electrically charged on two types of negative charge type and the other type positive charge. The second fact is that the converging curves are attracted, while the positive charges are repulsive. We can now measure the dissonance and attraction between electrical charges, and we also know a lot about corn electricity.
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| Charles Coulomb. |
In the Western script, the name of "Electricity" is derived from the word "Ratingy", meaning "Electron". The British scientist William Gilbert was the first to propose such a designation. If your hair is smoothed with a plastic comb, the plastic will gain the attraction of scraps of paper and hair. This is no different from what Thales has done since Qatsta and twenty centuries. If you remove your hair with a plastic comb in a dark room and then bring this comb to your finger, you will notice a small spark from the comb to your finger. The reason is that the energy stored in the comb emits light from the air atoms between the comb and your finger.
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| Carbon Atom. |
This is similar to what happens in arctic discharge.And scientists have been reluctant to find the source of that energy and an explanation of this phenomenon. Until the end of the 19th century, no one could explain this phenomenon. All we know is that the atom is composed of nuclei, protons, and neutrons. The protons are positively charged and the neutrons are their charge. The nucleus revolves around a number of electrons equal to the number of protons in the atom.
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| Van Di Graph Generator |
Charles Colom. French Physicist (1736-1806) discovered the law that bears his name and relates to the forces between the charged particles.
The van de Graf generator is used to generate high electrical loads for use in scientific laboratories. Electrical charges are generated from the friction of the lower limbs in the air particles whose particles are dispersed by the negatively charged friction, leaving positive charges on the fine particles transported by the walk to the metal ball through the upper extremities.
The nucleus contains six protons and six neutrons in the carbon atom and six electrons orbit around them. The electrode is electrolytic, and when you remove your hair with a comb that contains carbon atoms, some of the carbon electrons remain in your hair. When the carbon atom loses an electron, it becomes charged and, naturally, attracts electrons in the atoms of scraps.
When you are laying your hair with a plastic comb that is electrically charged, in this case the comb can attract small pieces of paper. The comb can be emptied with a sparkle that can only be seen in the dark places, but you can hear the crack of the fire, especially when the weather is cold and dry.
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