Motor Braking | Types, Advantages, and, Applications
Introduction Electric braking provides a more consistent and controlled way to rapidly stop a running motor compared to mechanical braking, which relies on the condition and quality of brake shoes…
Incandescent lamps | Types, Advantages, and Applications
Introduction Heat is produced when an electric current is passed through a wire, which raises its temperature. At low temperatures, only heat (I.R. radiations) is produced. At high temperatures, light…
Discharge Lamp | Classification and Characteristics
Discharge Lamp Incandescent lamps have a very low lumens output. Moreover, they give yellow light, which creates strain in our eyes. Discharge lamps have high production and produce a light…
Energy Conservation | Principle, Importance and Its Benefits
Introduction Energy conservation means using less energy by being smarter with how we use it. This can involve using energy in better ways or changing our habits to use less,…
Solar Air Heaters | Classification, Working, and Applications
Solar Air Heaters A solar air heater is a special solar system that uses sunlight to heat up the air. It has panels that collect the sunlight and make the…
Arc Extinction | Principle, Methods, and Applications
Arc Extinction Arc extinction refers to the process of stopping or extinguishing an electric arc that forms between two conductive surfaces in high-voltage systems. When a voltage is applied across…
Biomass Resources | Environmental Impacts, Constituents, and Applications
Biomass Resources Biomass in biological terms refers to organic plant matter that can be turned into fuel for energy. It is renewable and sustainable. For instance, it can be used…
Solar Furnace | Working Principle, Construction, and Applications
Solar Furnace A solar furnace is an instrument to get high temperatures by concentrating solar radiation onto a specimen. Solar furnaces are used for scientific investigations. Read Also Solar Cookers…
Non-Renewable Energy Sources
Non-Renewable Energy Sources The sources of energy that can get exhausted and can never be reproduced again in the near future are called non-renewable energy sources - For Example, fossil…
Renewable Energy Sources
Renewable Energy Sources The sources of energy that can never get exhausted i.e. they can be reproduced again in the near future are called renewable energy sources—for example, wind energy,…
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