heat is thermal energy. A conductor allows heat or electricity to pass through it.
A conductor can conduct heat and electricity, but an insulator can't.
Insulator is a substance that does not allow heat to pass through it example air. conductor is a substance that allows heat to pass through it example metal.
The potential difference between the ends of a conductor is called voltage.
Conductor will carry current/insulator won't.
A conductor plays the music but the composer decides what do do
A conductor can conduct heat and electricity, but an insulator can't.
Example: aluminum is a good conductor of heat as to a wire touching another exposed wire will cause crossing of electrodes
Insulator is a substance that does not allow heat to pass through it example air. conductor is a substance that allows heat to pass through it example metal.
A good conductor will conduct more heat, or more electricity, depending on the context, than a bad conductor. That is, it will transfer more of either in any given time period.
The potential difference between the ends of a conductor is called voltage.
Basically the semi-conductor junctions are a larger surface area and heat sinks are part of the design to dissipate heat.
Conductor will carry current/insulator won't.
A conductor plays the music but the composer decides what do do
As compared to other metals, mercury is a poor conductor of heat but a fair conductor of electricity. Mercury has an exceptionally low melting temperature for a d-block metal.
A heat conductor readily conducts thermal energy; an insulator inhibits flow of thermal energy.
Difference between specific heat and calorie
A good insulator means a bad conductor. It is the opposite of good conductor.