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mugsby
i have heard this a few places but so far no one has explaned themselfs. i'd assume it has to do something with how the atoms bond, but electrons are pretty loose with metal that why it conducts so good. so i don't get it.
mugsby said:i have heard this a few places but so far no one has explaned themselfs. i'd assume it has to do something with how the atoms bond, but electrons are pretty loose with metal that why it conducts so good. so i don't get it.
When electricity passes through a metal, it causes the atoms in the metal to vibrate. This vibration leads to the release of electrons, which create a flow of electricity. As the electrons move, they collide with other atoms, causing them to release more electrons. This process, known as electron bombardment, creates a polishing effect on the surface of the metal, making it appear shiny.
Electricity makes metal shiny because it causes a flow of electrons, which leads to electron bombardment on the metal's surface. This bombardment smoothens out any imperfections on the surface, making it appear shiny and reflective.
Not all metals can be made shiny with electricity. Only those metals that are good conductors of electricity, such as gold, silver, copper, and aluminum, can be made shiny through this process. Metals like iron, which are poor conductors, do not respond well to electron bombardment and may not become as shiny.
No, electricity is not the only way to make metal shiny. Other methods, such as chemical polishing, buffing, and electroplating, can also be used to make metal shiny. However, electricity is a cost-effective and efficient method for achieving a shiny surface on metals.
The shiny effect on metal after using electricity can last for a long time, depending on the metal's quality and the conditions it is exposed to. However, over time, the shiny surface may fade due to exposure to air and other environmental factors. To maintain the shine, regular cleaning and maintenance may be required.