No
The rubbing force that strips electrons or a material and makes it charged is friction!i
on rubbing glass with silk, the former one becomes positively charged whereas the other negatively charged.
The basic charged particles are the proton (positive) and electron (negative). Normally the electrostatic force of attraction keeps them together within atoms and molecules, and in this state they are electrically neutral. Objects become charged when there is an excess or a shortage of electrons, produced for example by rubbing a dry cloth, or by the air currents in a thunder cloud.
a negatively charged repels a positivley charged object
Rubbing your hands together.
for cooking and for pressing clothes
Metal is a conductor ... the static electricity trick that you're thinking about works because once you rub off a few electrons they're stuck there - IF everything is insulated.
The rubbing force that strips electrons or a material and makes it charged is friction!i
on rubbing glass with silk, the former one becomes positively charged whereas the other negatively charged.
frictional force because is rubbing together
No
Thales of Miletus.
The basic charged particles are the proton (positive) and electron (negative). Normally the electrostatic force of attraction keeps them together within atoms and molecules, and in this state they are electrically neutral. Objects become charged when there is an excess or a shortage of electrons, produced for example by rubbing a dry cloth, or by the air currents in a thunder cloud.
It's called 'static electricity' ... certain fabrics are attracted to each other. This is because some of the clothes have gained electrons by rubbing against other clothes. The clothes losing electrons become positive. The negative clothes are attracted to the positive clothes.
Add (or subtract) electrons. Which can be done by rubbing.
by rubbing(or friction) by contact by induction
Ø Method of rubbing two objects together