Heating Effect of Electric Current | Electricity | Class 10 Physics |

Описание к видео Heating Effect of Electric Current | Electricity | Class 10 Physics |

Dive into the Heating Effect of Electric Current in this engaging Class 10 Physics video! 🔥 We’ll explore how electric currents generate heat, the underlying principles, and real-world applications. Perfect for quick learning and revision, this video will help you grasp the concept with ease. Join us at Infinity Learn and power up your physics knowledge.

When electric current is supplied to a purely resistive conductor, the energy of electric current is dissipated entirely in the form of heat and as a result, resistor gets heated. The heating of resistor because of dissipation of electrical energy is commonly known as Heating Effect of Electric Current. Some examples are as follows : When electric energy is supplied to an electric bulb, the filament gets heated because of which, it gives light. The heating of electric bulb happens because of heating effect of electric current.

Cause of Heating Effect of Electric Current: Electric current generates heat to overcome the resistance offered by the conductor through which it passes. Higher the resistance, the electric current will generate higher amount of heat. Thus, generation of heat by electric current while passing through a conductor is an inevitable consequence. This heating effect is used in many appliances, such as electric iron, electric heater, electric geyser, etc.

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FAQs
►What is the Joule's law of heating Class 10?
►Why does electrical current cause heat?
►What are the disadvantages of the heating effect of electric current class 10?
►What is the heating effect of electric current Class 10?
►What is the law of heating effect of electric current?

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