Tires conduct electricity. Tires contain a large amount of carbon black to stabilize the rubber and the carbon black is electrically conductive.
If the tires were insulators, the rolling insulator (tires) would cause a static electric charge to build up on the vehicle. Vehicles with insulators for tires/wheels have ground straps dragging the ground bonding the chassis to the ground.
Car tires are actually conductors. Poor conductors, but still conductors. Tires contain carbon black, an additive to the rubber. Carbon does conduct electricity. Tires may also be wet, and have picked up salts from the roadway. However, inside of a car is a relatively safe place during a lightning storm- not because of the tires, but the metal frame and body of the car- a lightning strike will tend to be carried through the metal, around the passenger compartment, and to the earth.
yes
Rubber boots, or rubber soles on boots, is an insulator
Silver is the best conductor there is, no matter what it is made into.
It is a conductor.
It depends on what it is made of. The ones that are metal or mostly metal will conduct, the plastic ones will not.
An example of a good insulator of electricity would be rubber. An insulator is anything that does not conduct electricity and as such offers protection from direct electric current.
it is a conducter
No It is a strong conducter
Insulator, you will not get shocked wearing rubber gloves.
Conductor
conducter
conducter
yes
Most plastics are insulators.
Rubber boots, or rubber soles on boots, is an insulator
Electrical insulator
the body of the torch is the conducter
A tire is an insulator.