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Static electricity
When friction is added to an atom, dry conditions is the best environment and works
best with insulators for it to work. There is no conductor
When rubbing two objects, you are doing one of two things:
Looses electrons and then will become negative, cation (Excess of electrons)
When it gains electrons it becomes positive, anion (shortage of electrons)
Can never loose protons
Charges are not protons or electrons, they can have billions which make the charge
because alone they are fairly weak.
Like charges repel
Opposite charges attract
Teflon: non stick material
Law of conservation of charges
🔌 Electrification
⚛ Polarisation
Static electricity 1
Static electricity
When friction is added to an atom, dry conditions is the best environment and works
best with insulators for it to work. There is no conductor
When rubbing two objects, you are doing one of two things:
Looses electrons and then will become negative, cation (Excess of electrons)
When it gains electrons it becomes positive, anion (shortage of electrons)
Can never loose protons
Charges are not protons or electrons, they can have billions which make the charge
because alone they are fairly weak.
Like charges repel
Opposite charges attract
Teflon: non stick material
Law of conservation of charges
🔌 Electrification
⚛ Polarisation
Static electricity 1
