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electricity can travel through anything with a positive and negative electrical charge
Electricity only travels through objects that have de-localized electrons or aqueous ions. The current relies on charged particles to travel on. Metals and Graphite have specific bonding that leaves an electron free to travel through the material carrying the charge and anything with ionic bonding needs to be dissolved or melted for the charged atoms to separate allowing electrolysis so the electrons can flow through. Most water does this too because it has hydrogen and oxygen ions mixed in.
There are 2 questions in this : 1: if it is about material... A: No electric charges can also travel through all the conductors of electricity like water, humans, animals, metals etc. 2: if it is about area in which electric charges pass through... A: No, If current is AC then it travels on the surface of the wire, and if the current is DC then it travels through the wire evenly.
yes its because when water is frozen the mobility of the movement of the electrons within the ice is significantly reduced.as the icy lattice structure of the ice cube forms,the electrons become rigid, and unmoving and their ability to conduct electricity is reduced.
if u............................ then..................................
"conductor" or metals.
They travel through a material medium.
A material that electricity can conduct electricity.
Vibrations travel through the material, just as they would in air. How well they travel through depends on the material.
Depends on the material. The electricity can flow through metal better then it can through wood because wood is a conductor of electricity (example).
Yes, electricity can travel through mineral water because of the presence of ions.
No.
Electricity can pass through a wide verity of material that are conductive.
water
electricity always wants to travel through to complete the circut
A material that does not conduct (or allow the 'passage' of) electricity is called an "insulator".
electricity can travel through anything with a positive and negative electrical charge