Clean and dry Bakelite is a such a good insulator it would not be possible to use it to make a conductor of electricity.
However if the piece of Bakelite was sprayed with water all over and a high enough voltage was applied to it, the water (not the Bakelite) would conduct electricity.
Another possible answer is that if the Bakelite was made as thin as, say, some cigarette paper, and if a very high voltage was put across its thickness, the Bakelite would then break down and it would no longer be a good insulator. The burnt Bakelite could then conduct an electric current. Probably several hundreds or even thousands of volts would be needed to do that, but the resulting burnt stuff is not the same material as the clean and dry Bakelite we started with!
The simple answer is bake it in a very hot oven (e.g. ≥500F) until it chars. The carbon in the charred Bakelite conducts.
Warning: the charing process will generate smoke, which will both trigger your smoke alarm and make breathing very difficult! Please don't try this.
Handle of electrical ions are made up of plastic or bakelite because plastic are poor conductor of both heat and electricity so it is made up of plastic or Bakelite
Silicon is only a semiconductor. Copper on the other hand is used to make wires and is an excellent conductor of electricity.
Radium is not a good conductor. In fact, radium is a poor conductor of electricity due to its low thermal and electrical conductivity. Its chemical properties make it an insulator rather than a conductor of electricity.
yes;very good conductor of electricity.
Yes, a banana can conduct electricity. The high water content and minerals in a banana make it a good conductor of electricity. However, it is not as efficient a conductor as metals like copper.
It depends, if the Bakelite is dry, it won't conduct electricity, however if it is wet and a high enough voltage is applied to it, it might conduct electricity.
Bakelite is an insulator. It is a type of synthetic resin that does not conduct electricity due to its molecular structure, making it suitable for use in electrical insulation and other applications where electrical conductivity is not desired.
All materials can conduct some electricity. Bakelite, by Westinghouse, is considered an insulator in ambient conditions because it has specific resistivity in the range of many megohms per unit volume. Depending on the physical shape of the Bakelite and the amount of voltage impressed upon it, Bakelite may break down (loose its insulating properties). Under normal industrial conditions Bakelite is considered an insulator.
Bakelight is resistent to heat. This is one reason why it is used in plugs. It also is not a conductor of electricity, this is another reason it is used in plugs.
Bakelite is a thermosetting plastic, meaning it cannot be reshaped once molded, while polythene is a thermoplastic that can be melted and reshaped multiple times. Bakelite is a poor conductor of electricity, whereas polythene is an insulator. Bakelite is more rigid and heat resistant compared to polythene.
Handle of electrical ions are made up of plastic or bakelite because plastic are poor conductor of both heat and electricity so it is made up of plastic or Bakelite
bakelite
Bakelite.
Switches are made of plastic or bakelite because they don't conduct electricity.
Use a good conductor - if possible a super conductor.
Water is a poor conductor of electricity. However, the presence of ions in water make the solution a good conductor of electricity.
Use a good conductor - if possible a super conductor.