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Episode 1
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Episode 2
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Consecration
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Cyanosis
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Heating Effect of Electric Current is a phenomenon that is generally used in our daily life. The electric kettle, toaster, heater, and other appliances are utilized as alternates for traditional cooking and laundry methods. Electric bulbs, which are an alternative to conventional lighting, utilize the same concept. Over time, these technologies have revolutionized the world. Conductors or Wires produce heat energy when a current pass through them. This is because of the fact that when an electric current passes through it, fast electron collisions start to occur. This concept or phenomenon is known as the Heating Effect of Electric Current. Hence, the idea of the heating effect of electric current and its applications will be covered in this article in detail!
When we use some electrical appliances, the chemical reactions which occur in the cells on which they run generate some potential difference between its terminals which sets the electrons in motion. To maintain the flow of current the source needs to expand some energy. A part of the energy is used in doing some sort of useful work like moving the fan blades in case of electricity-generated fans, etc. The remaining energy is exploited or expanded in the form of heat which raises the temperature of the appliance. If we are using a circuit in an appliance that is purely resistive then a lot of energy is dissipated entirely in the form of what we call heat. This is called or known as the heating effect of electric current.
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The heating effect may cause an increase in the temperature of the wire of the conductor.
This may also cause an increase in the volume of the material.
More simply, when an electrical current is passed through a conductor, it generates excess heat due to the resistance caused by the electrons in the conductor to the flowing current. The work done in overcoming this resistance to the current generates what we call heat in that conductor. The electrical heating effect of the electrical current is most commonly and widely applied and used in our daily life. For example, electrical irons, kettles, toasters, electrical heaters, etc. are used widely as alternatives to conventional methods of cooking and also laundry. This same effect is used widely in electrical bulbs which are alternatives to conventional incandescent lamps. These devices have modernized and revolutionized the new sustainable world over the years.
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