victoriangal Posted January 18, 2006 Share Posted January 18, 2006 why do conductors have higher specific heat capacity than non conductors ?? Link to comment Share on other sites More sharing options...
Asimov Pupil Posted January 18, 2006 Share Posted January 18, 2006 An odd point is that they need it i think. lemme ask my prof. hat makes me really curious Link to comment Share on other sites More sharing options...
gcol Posted January 18, 2006 Share Posted January 18, 2006 My ol' granpappy said it was because they wave their arms about more Link to comment Share on other sites More sharing options...
BhavinB Posted January 18, 2006 Share Posted January 18, 2006 Ummm...I thought metals (electrical conductors) have lower specific heat compared to insulators (non-electrical conductors). Link to comment Share on other sites More sharing options...
Xyph Posted January 18, 2006 Share Posted January 18, 2006 I assume it's to minimize resistance caused by heating, something that isn't important for insulators. Link to comment Share on other sites More sharing options...
5614 Posted January 18, 2006 Share Posted January 18, 2006 why do conductors have higher specific heat capacity than non conductors ??That is not true in all cases (if any). For example the specific heat capacity of copper (most common conductor) is 380 J/kgK whereas a concrete block is 920 J/kgK Clearly here the insulator (concrete) has a higher specific heat capacity, so the answer to the question is; they don't! Link to comment Share on other sites More sharing options...
EvoN1020v Posted January 18, 2006 Share Posted January 18, 2006 I think conductors have higher specific heat capacity because the higher it is, the more energy it lets go thus good conducting. (As in an exothermic chemical reaction). But 5614's reply might make my statements wrong. Or your (victoriangal's is just trying to fool you. Link to comment Share on other sites More sharing options...
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