Science, asked by MrMysterious2, 1 year ago

What is frictional Electricity??
( Explain Deeply )

Answers

Answered by TrapNation
1
Hey I'm MrMysterious and I'm here to answer your question

The answer of your question ->

≥ Electricity which is produced by rubbing of two substances is called Frictional electricity

≥ When two substances rubbed with each other , one substance losses electron and becomes positively charge where as other substance gain electron and becomes negatively charge. This transfer of electron between two substance is responsible to produce charge and to flow electricity.

≥ For Ex - When a glass rod rubbed with silk cloth , glass rod becomes positively charged by loosing electrons where as silk cloth becomes negatively charged by gaining electron

_________ IMPORTANT NOTE __________

≥ Fur, Flannel , wax , glass rod , cotton , paper , silk cloth , human skin , wood , metals , rubber , resin , amber , sulphate , ebonite rod.

≥ When any two materials from the above series are taken and rubbed with each other , the material occurring first acquired positive charge by loosing electrons where as substance occurring later acquires negative charge by gaining electrons.

≥ For Ex - When glass rod rubbed with silk cloth , glass rod becomes positively charge and silk cloth becomes negatively charge.


✴Brainly Benefactor✴
From MrMysterious
Answered by Danii999
0
The substances which acquire charges on rubbing are said to be ‘electrified’ or charged. These terms are derived from the Greek word elektron, meaning amber. The electricity produced by friction is called frictional electricity. If the charges in a body do not move, then, the frictional electricity is also known as Static Electricity. Charging a rod by rubbing does not create electricity, but simply transfers or redistributes the charges in a material.
In 600 before Christ, Thales, a Greek Philosopher observed that, when a piece of amber is rubbed with fur, it acquires the property of attracting light objects like bits of paper. In the 17th century, William Gilbert discovered that, glass, ebonite etc, also exhibit this property, when rubbed with suitable materials
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