Most electric fires work by passing current through a resistance wire, made of Nichrome. It is this wire that gets hot. The wire is sometimes wrapped around, or contained within, a glass or ceramic former. This will also dissapate the heat. There are other type that work through infra red.
I'm not sure but i think its the coils of wire
Most electric fires work by passing current through a resistance wire, made of Nichrome. It is this wire that gets hot. The wire is sometimes wrapped around, or contained within, a glass or ceramic former. This will also dissapate the heat. There are other type that work through infra red.
it works by electricity and heat
Heat produced in a wire is directly proportional to the square of current. A wire can withstand only some specific amount of heat. When current increases above the capacity of wire/appliance,it catches fire
Of course. That's what an electric fire does, and a cigarette lighter, a toaster, a hair drier, an electric oven, a light bulb. All involve passing an electric current through a wire to make it hot.
yes, it can if the fire is ionizing material its burning.
Yes, the nerves act like the wires in your house to send elctrical signals through your body.
Yes it does you start out with electricity you get fire when you overcharge the bridge and you get ice of you pick Kuo to switch powers with
Water is a conductor of electricity, using water on an electric fire may result in electric shock, so the person putting on the water might be electrocuted as would any bystanders.
The heating effect is used. Normally the current flows through the fuse without undue heating. But if too much current passes through, the fuse will heat and melt, thus stopping the current which could cause a fire if it was not stopped .
Safety precautions are neccessary. Incorrect use of electricity can cause electric shock and fire. Both are life threatening and a real risk.
Electricity in electric circuits produce heat and when a circuit goes wrong the heat can escalate to the point where it causes combustion in the materials adjacent to it. This causes fires.