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HEY MATE .....
Conductors anticipate free flow of electric current because electrons roam freely from one atom to another with ease. Insulators, on the other hand, oppose electric current because they won’t permit free flow of electrons from one particle to another.
Conductors can easily transfer energy in the form of electricity or heat, for that matter. However, insulators cannot transfer electrical energy so easily so they resist electricity.
Conductors can easily pass electricity through them because of the free electrons present in their atomic structure, but insulators, on the other hand, cannot pass electricity through them.
Conductors are substances whose atoms do not have tightly bound electrons thus they are free to roam around in one or many directions. However, electrons are tightly bound within atoms in case of insulators thereby restricting any movement of electrons within the nominal range of applied voltage.
Conductors usually have a low resistance, but not zero resistance unless they are super conductors. Insulators have a high resistance to electricity.
Conductors conduct electricity while insulators insulate electricity. For example, the metallic wire in an electric cord is a conductor, while the sheath or the protective cover is the insulator.
Touching a live conductor might kill you. On the other hand, if you touch a live insulator, it won’t even hurt a bit because it resists electric current.
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#SUBHANSHU SINGH
Conductors anticipate free flow of electric current because electrons roam freely from one atom to another with ease. Insulators, on the other hand, oppose electric current because they won’t permit free flow of electrons from one particle to another.
Conductors can easily transfer energy in the form of electricity or heat, for that matter. However, insulators cannot transfer electrical energy so easily so they resist electricity.
Conductors can easily pass electricity through them because of the free electrons present in their atomic structure, but insulators, on the other hand, cannot pass electricity through them.
Conductors are substances whose atoms do not have tightly bound electrons thus they are free to roam around in one or many directions. However, electrons are tightly bound within atoms in case of insulators thereby restricting any movement of electrons within the nominal range of applied voltage.
Conductors usually have a low resistance, but not zero resistance unless they are super conductors. Insulators have a high resistance to electricity.
Conductors conduct electricity while insulators insulate electricity. For example, the metallic wire in an electric cord is a conductor, while the sheath or the protective cover is the insulator.
Touching a live conductor might kill you. On the other hand, if you touch a live insulator, it won’t even hurt a bit because it resists electric current.
HOPE YOU LIKE MY ANSWER.....
#SUBHANSHU SINGH
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Conductors :
1.The material which allows the electric current and heat to pass through it.
2.High thermal conductivity.
3.Electrons move freely.
4. Resistivity varies from high to less.
5. Resistance is low.
Insulators :
1.The material which do not allows the electric current and heat to pass through it.
2.Low thermal conductivity.
3.Electrons do not move freely.
4. Resistivity is high.
5. Resistance is high.
1.The material which allows the electric current and heat to pass through it.
2.High thermal conductivity.
3.Electrons move freely.
4. Resistivity varies from high to less.
5. Resistance is low.
Insulators :
1.The material which do not allows the electric current and heat to pass through it.
2.Low thermal conductivity.
3.Electrons do not move freely.
4. Resistivity is high.
5. Resistance is high.
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