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.
Electricity travels through objects that conduct electricity, such as metals, because they have free-moving electrons that can carry the electric charge. Insulators, like rubber or plastic, don't conduct electricity because their electrons are tightly bound and cannot move freely to carry the charge.
Yes, electricity can travel through all metals. Metals are good conductors of electricity due to their free-flowing electrons that can carry electrical charge. However, the efficiency of conducting electricity can vary depending on the type of metal used.
Yes, lightning can travel through a tree because trees contain water and nutrients that conduct electricity. When lightning strikes a tree, the electricity can flow through the tree's conductive tissues, such as sap and water, potentially causing damage to the tree.
Electricity can travel in both closed circuits and open circuits. In closed circuits, there is a complete loop for the electricity to flow through, allowing devices to receive power. Open circuits, on the other hand, have a gap that interrupts the flow of electricity.
Yes, lightning can travel through ice. When a lightning bolt strikes a glacier or ice formation, the electric current can flow through the ice, creating a path of least resistance, much like it would in water or soil.
Metal is a good conductor of electricity, so being near or touching metal objects during a lightning storm can increase the risk of being struck by lightning. If lightning strikes a metal object, the electricity can travel through it and potentially harm anyone in contact with it. It's best to avoid metal objects and seek shelter indoors during a lightning storm to stay safe.
Rubber objects do not conduct electricity, neither do they let electricity travel through them.
Metal is a conductor. What this means is that it has a very low resistance to electricity, allowing the electricity to flow through it. I suggest you learn how electricity works first to understand how electricity can flow through objects. http://millerwelds.com/education/basicelec/
No, electricity cannot travel through wax as it is an insulator. Insulators such as wax do not conduct electricity and therefore do not allow electric current to pass through them.
Yes, electricity can travel through mineral water because of the presence of ions.
electricity can travel through anything with a positive and negative electrical charge
Electricity can flow through metal objects, including sewing needles, as long as there is a complete circuit for the electricity to travel through. However, using sewing needles for conducting electricity is not recommended as they are not designed for this purpose and can be dangerous. It is safer to use proper electrical components for conducting electricity.
Yes
Yes, electricity can travel through steel. Steel is a good conductor of electricity, allowing electric current to flow easily through it. However, the amount of electricity that steel can conduct depends on factors such as its thickness and quality.
Yes, aluminium conducts electricity.
Electricity can travel throughout freely moving Electrons, like in metal which is in wires under the rubber.
Sound is a pressure wave. Objects that "allow" sound to travel through them could be called wave guides.
Before electricity, the most advanced form of travel was the horse and buggy. Now, we are able to travel through the air and through the sea at much greater speeds