Electricity flows through the path of least resistance. Electricity will flow through anything conductive; metals, liquids, and even through small particles. Your insulators are porcelain, glass, plastics, wood and cloths. All variances of voltage is deadly. The most dangerous thingabout electricity is the current or amperage. As little as 17 miliamps can stop your heart.
when you connect your cycle with your light then you have to cycle to get the electricitys
It's simple the light bulb brings light when it is dark.it lights up the house how does it light up. it has a cord which electricity passes through and lights up the wire
Electricity and circuits make up the lights. All kinds of energy is exchanges both chemical and physical. There are molecules in the air and all kinds of organisms,
An electric device does not "use up" electricity, but rather energy. And strictly speaking, it doesn't "use up" energy, but transforms it from one form to another. It is common to say that energy is used up when it is transformed to less concentrated forms--when it is degraded. Electrical energy ultimately becomes heat energy. In this sense it is used up. ------ I have a washing machine - I think it's a typical appliance - it uses electricity and water. But it does not "use up" any electricity or water - there is always more. Same for all of our other appliances. The clothes washer (above), dryer (gas and electricity), dish washer (water and electricity), microwave (only electricity). Popcorn maker (only electricity), toaster (only electricity), refrigerator (only electricity). Really, what these appliances "use up" is counter or floor space, especially the big ones.
The build up of a charge on an object can be referred to as a static build up charge.
Static electricity is the accumulation or build up of electricity charges on the surface of a material, usually an insulator or non-conductor of electricity.
Simply put, no. A light bulb lights up because the filament inside (the thin wire that often breaks) has a lot of resistance in it, then when electricity flows through it, it heats up and glows brightly.
If the bulb lights up then electricity is passing through the bulb. If the bulb doesn't light up then electricity is not passing through.
Incandescence. The filament is heated by the electricity moving through it, this causes the filament to heat up, and the heat causes the familiar glow.
I think that would be Neon.
It's simple the light bulb brings light when it is dark.it lights up the house how does it light up. it has a cord which electricity passes through and lights up the wire
in professional shows, remote igniters are used. it's basically a wire coated in gunpowder that is heated up when electricity flows through it.
the simple answer is resistance, the filament is a very fine wire (usually tungsten) that heats up and glows when power is applied
the simple answer is resistance, the filament is a very fine wire (usually tungsten) that heats up and glows when power is applied
Electricity.
Electricity flows through a light bulb and does not stay in it. Electric current is flowing electrons that has energy. When the electricity flows through some material, the properties of the material resists the flow. This causes the material to heat up and if it is thin and of the right type of material, it will glow. Think of it as a water pipe. When the pipe gets thinner, the water pressure builds up.
No it does not FORM it. It converts chemical energy in the battery cell into electrical energy which is then passed through a thin wire called the filament at the bulb. The filament lights up when electricity passes through it, thus giving out light.
An incadescent bulb lights up because the voltage source creates a current through the filament of the bulb and it heats up because of its composition and gives off light as a result. No electricity, no voltage and no current.