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mtanti
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I'm not sure if this is the place to post this thread but how is it that an electric filament in an electric kettle or water heater doesn't short in the water? What makes it safer then a hair blower falling in a bath tub?
Averagesupernova said:Because it is like why you don't drown when you go scuba diving. The important stuff is not in contact with the water. The filament itself is inside a tube that is inside the water. A substance that is an electrical insulator is between the actual filament and what is called the element.
An electric filament works in water by creating a circuit that allows electricity to flow through it. When electricity passes through the filament, heat is generated which causes the filament to glow and emit light.
In general, it is not safe to submerge an electric filament in water as it can cause electrocution or damage to the filament. However, there are specialized electric filaments designed for underwater use that are safe to use in water.
Yes, there are electric filaments specifically designed for underwater lighting. These filaments are waterproof and can safely emit light underwater without causing harm to the user or the environment.
Yes, it is important to only use electric filaments that are specifically designed for underwater use. Make sure to follow the manufacturer's instructions and do not attempt to use a regular electric filament in water. It is also important to properly ground the filament and use a GFCI (ground fault circuit interrupter) outlet to prevent electrocution.
Using electric filaments in water can provide a unique and aesthetically pleasing lighting effect. It can also be used for practical purposes, such as lighting up swimming pools or other underwater environments. Additionally, some electric filaments are designed to be energy efficient, making them a more environmentally friendly option for underwater lighting.