No because water is a good conductor of heat in comparison to wool.
Rubber, unless soaking wet, is an insulator (will not conduct electricity).
Clearly you are asking about the insulation strength of a shoe. What kind - wet or dry? If the shoe is wet it will conduct enough electricity to shock your foota tiny little bit if you put your foot in it. But if it is not wet the only thing that could shock your foot while in it would be something like a lightning bolt.
the hair is wet so the molicules are flatter making it easy to comb. :) trust me i am not a scientist!
Chalkboard erasers are made of felt. Felt is hair. Hair does not conduct electricity. Felt has lots of air entrained between the hair fibers so, it conducts heat poorly, too.
a conductor
Rubber, unless soaking wet, is an insulator (will not conduct electricity).
Wood in itself is an insulator. But when wet, the water particles can conduct electricity.. Hence wet wood will be a conductor, although not a very good conductor, since the current passes only through a very small area
Insulator. If it was a conductor you wouldn't be able to pick a pan up off the stove.
The better insulator is plastic because wood can get wet easily and stay wet longer than plastic.
No because water is a good conductor of heat in comparison to wool.
Cardboard is an insulator in dry state.But when it is wet it can conduct electricity
Wet wood has traces of all sorts of materials in it that can ionize. The ions make the water conductive. The same sort of thing does not usually happen with plastic, but it can if there are materials on it that can ionize in water. I have seen a person get a bad shock from a plastic mixing vessel because the vessel was covered with splashes of wet chemicals and an attached motor had an electrical fault and was not grounded properly.
Dry straw is an insulator.
Wet paper is a conductor because water can make the paper conductive by allowing the flow of electric current. Dry paper, on the other hand, is a good insulator.
Skin is typically a poor conductor when wet due to its high resistance, which inhibits the flow of electricity through the body. However, if the skin has any cuts or breaks, it can become a better conductor, potentially leading to electric shock.
No