It depends on which energy your talking bout, sometimes it does though.
This is useful because we can conduct heat and use it for human use
All elements will conduct heat to some extent. metals conduct heat and electricity the best; metalliods conduct heat and electricity good too but not as good as metals. nonmetals are poor conductors.
because wood isnt a conductor, as there are no free electrons to transfer the heat energy from one end to another. the heat energy remains in one place, hence the wood burns
The movement of heat may be considered as the movement of electromagnetic energy at a frequency a little below that of light. There are substances that are opaque to infrared, and of course, a mirror will reflect e-m energy at the appropriate frequencies. So the answer is not all substances conduct heat, though the vast majority do so.
Germanium is a metal that does conduct heat, but does not conduct heat as well as other metals. This makes it a semiconductor.
conductors conduct heat and electricity, and insulators keep the heat in. inductors give away energy as heat.
no, metal is the best heat && energy conductor.
bad conducters or poor conduct of heat and light energy
Yes, heat is an electromagnetic energy like light.
Yes, metal will conduct heat energy
Yes, metal will conduct heat energy
Yes light conducts heat. As light moves, it transfer kinetic energy to and from objects in which it produces heat as it transfers energy.
This is useful because we can conduct heat and use it for human use
No. The definition of an insulator is: something that inhibits the flow of energy (heat, light, electromagnetic, electric current) from one region of space to another. Therefore thermal (heat) insulators do not conduct heat.
All elements will conduct heat to some extent. metals conduct heat and electricity the best; metalliods conduct heat and electricity good too but not as good as metals. nonmetals are poor conductors.
Ye, but this characteristic is extremely different between materials.
Being metal they conduct heat AND electricity.