As for the electrical discharge, when the body rubs with the carpet, it loses electrons, and when the body touches any metal surface close to it, such as a door handle, for example (the bonding forces of electrons are weak) the electrons will move from the metal surface of the human body to compensate for the lack of electrons in it. The question is why does a positive charge not appear on the surface A metal that has lost its electrons
As for the electrical discharge, when the body rubs with the carpet, it loses electrons, and when the body touches any metal surface close to it, such as a door handle, for example (the bonding forces of electrons are weak) the electrons will move from the metal surface of the human body to compensate for the lack of electrons in it. The question is why does a positive charge not appear on the surface A metal that has lost its electrons
this video on van de Graff generator
nailed it!
thanks a lot😊
As for the electrical discharge, when the body rubs with the carpet, it loses electrons, and when the body touches any metal surface close to it, such as a door handle, for example (the bonding forces of electrons are weak) the electrons will move from the metal surface of the human body to compensate for the lack of electrons in it. The question is why does a positive charge not appear on the surface A metal that has lost its electrons
In less time with lots of information
Thank u sooo much...Very useful
Good details for understanding
Nice
How the rubber belt can carry charge as it is a insulator🤔🤔🤔
Very nice video. It really helped me...
What kind of charge does this create:positive or negative?
Positive
You can generate both the charges... it depends upon the charge you are supplying to the lower pulley
best explanation. thanx a lot.
thank you nice vidio
superbbb
very useful vedio.....thanks a lot mam. Gr8 work done
A very good video
😮😮😮😮
thank you so much mam I like it really
Please give a written notes
how to make a working model of this
thanks
Y
Hi mam
As for the electrical discharge, when the body rubs with the carpet, it loses electrons, and when the body touches any metal surface close to it, such as a door handle, for example (the bonding forces of electrons are weak) the electrons will move from the metal surface of the human body to compensate for the lack of electrons in it. The question is why does a positive charge not appear on the surface A metal that has lost its electrons