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Venkatesh S K
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Where from do the electrons in an atom get the energy to keep constantly moving around the nucleus of an atom
They are not, that is a very bad model of atoms. But even if they would, that would not need power.Venkatesh S K said:Sir, but I have read that electrons are constantly revolving around the nucleus with high speed energies.
Bound electrons have less energy than free electrons.Venkatesh S K said:Also, I did not understand how electrons got the energy when they first originated.
Electron rotation refers to the movement of electrons in an atom around its nucleus. This motion is responsible for the atom's stability and determines its chemical and physical properties.
Electron rotation creates a magnetic field, and when multiple atoms with rotating electrons come together, their magnetic fields interact. This interaction results in the attraction or repulsion of the atoms, causing them to move and create kinetic energy.
Electron rotation plays a crucial role in chemical reactions as it determines the reactivity and bonding of atoms. The exchange or sharing of electrons during a reaction is what forms new chemical compounds, and this is only possible because of the rotation of electrons.
Electron rotation itself cannot be observed, as electrons are too small to be seen with the naked eye. However, scientists can indirectly observe and study electron rotation through various techniques such as spectroscopy and electron microscopy.
Electron rotation is closely related to electricity as the flow of electrons is what creates an electric current. In materials such as metals, the electrons are able to move freely, which allows for the flow of electricity.