conductors let electricity through, and insulators don't let it through, so they can help and control the path of the circuit
In electricity, Insulators help insulate electric charges. Conductors conduct the electric charges and make them into electricity.
A good insulator material is rubber and can block heat and electricity from almost anything. Glass is a good insulator too if you are trying to insulate electricity. Plastic is good as well. Most metals are OK conductors. Copper is very good, and Gold is the best, but it is heavy and expensive.
Basic Answer:Electrical insulators do not conduct electricity and are are typically among the poorer heat conductors.Good electrical conductors are metals and metals are typically very good heat conductors.Complicated Answer:The term "insulator" is hardly appropriate in reference to thermal conductivity if one means to say that the material has low thermal conductivity. The difference between good thermal conductor and poor thermal conductors is a factor of perhaps a hundred or for extremely different materials such as air (very poor) and diamond (excellent) is a factor of 100,000. That is modest compared to the difference between poor conductors (rubber) and excellent (copper) which is a factor of a billion billion billion.The connection between good heat conductors and good electrical conductors is a reliable but not a law of nature. Good electrical conductors are good thermal conductors due to the fact that electrons participate in both processes. Nearly free electrons are the reason metals are electrical conductors and contribute a large part of the thermal conductivity. (Diamonds are a peculiar exception.)The connection between poor electrical conductors and poor thermal conductivity is less good and really only a consequence that the electrons are not there to help out.
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Salt splits up into ions; it is the ions that conduct electricity.
In electricity, Insulators help insulate electric charges. Conductors conduct the electric charges and make them into electricity.
Conductors and insulators are different and simalar in many ways.Two ways they are simallar are they both have electrons and have something to do with electricity.Three ways they are different that conductors let heat and electricity go through it .On the other hand insulators do not let heat or electreicity go through it easily.Another way is conductors transfer eelectrons easily but meanwhile the insulator psses on electrons with difficulty.One last thing is that conductors are not current but insulators are current. HOPE I HELPED YOU
Insulators are very poor conductors of heat and electricity. Coating wires with insulators help reduce electrical disturbance between two conducting wires arranged closely. Insulators also greatly reduce of someone getting shocked if the conducting wires are left as it is.
A good insulator material is rubber and can block heat and electricity from almost anything. Glass is a good insulator too if you are trying to insulate electricity. Plastic is good as well. Most metals are OK conductors. Copper is very good, and Gold is the best, but it is heavy and expensive.
The diffrerence between a good condutor and a bad conductor is that a good conductor it go through electricity but a insulator would not attract electricity .This will help to prevent electricuted.
Bromine is a liquid at room temperature, and it is located in group 7 of the periodic table, i.e., it is a halogen. It is a non-metal and thus is a poor conductor of both electricity and heat.
Metals are generally good conductors of electricity because of the freedom of their valence electrons.Hope this Help! :)
Salt in water solution or melted salt are electrical conductors because they contain ions Na+ and Cl-.
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Basic Answer:Electrical insulators do not conduct electricity and are are typically among the poorer heat conductors.Good electrical conductors are metals and metals are typically very good heat conductors.Complicated Answer:The term "insulator" is hardly appropriate in reference to thermal conductivity if one means to say that the material has low thermal conductivity. The difference between good thermal conductor and poor thermal conductors is a factor of perhaps a hundred or for extremely different materials such as air (very poor) and diamond (excellent) is a factor of 100,000. That is modest compared to the difference between poor conductors (rubber) and excellent (copper) which is a factor of a billion billion billion.The connection between good heat conductors and good electrical conductors is a reliable but not a law of nature. Good electrical conductors are good thermal conductors due to the fact that electrons participate in both processes. Nearly free electrons are the reason metals are electrical conductors and contribute a large part of the thermal conductivity. (Diamonds are a peculiar exception.)The connection between poor electrical conductors and poor thermal conductivity is less good and really only a consequence that the electrons are not there to help out.
The difference between a conductor and a insulator is that a conductor tries to keep the warmness away and the insulator tries to keep the warmness in. An insulator is like an refrigerator, and mabey a cooler so when you go hiking it keeps the coolness inside or keeps the warmness inside!!:-)<3
Yes, they can be found in solar panels which obsord the sun for energy which can create both electricity and heat.