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Rough or smooth. Topic on insulator of heat.

2007-03-07 01:46:54 · 5 answers · asked by Troubled nerd 1 in Science & Mathematics Engineering

5 answers

Something that is rough would absorb more heat than a flat surface. A rough surface has more surface area than a flat surface, therefore allowing it to absorb more heat.

2007-03-07 02:03:45 · answer #1 · answered by pulleyman123 2 · 0 0

In my opinion? Smooth surfaces will conduct heat better. Its what we normally use for blacksmithing in shop class. Rough texture doesn't heat evenly so some parts will be hotter than others, go with smooth.

2007-03-07 01:54:43 · answer #2 · answered by Paul 2 · 0 0

It depends on the material thermal conduction and its shape. a rough piece of copper will conduct heat much better than a smooth stone irregardless of the surface texture..

2007-03-07 02:01:51 · answer #3 · answered by Gene 7 · 0 0

A very rough, black texture will absorb heat better than most.
(Very rough gives larger contact area. Black will not reflect heat.

2007-03-07 05:46:50 · answer #4 · answered by Norrie 7 · 0 0

Siberians. they're hypoallergenic so those with hypersensitive reactions are much less plagued by technique of them. "How is it that the Siberian is hypo-allergenic? Scientists have named the protein in the tom cat saliva, FEL D-a million. while the cat cleans itself, the protein then dries on the fur leaving dander. The dander debris are small and air filters can not eliminate them from the air. The Siberian is void of the FEL D1 protein, for this reason no dander. whether if the allergic occasion suffers from the IgE previous due set off' antibody reaction, their possibilities of compatibility of possessing a Siberian are decreased. " "he Siberian is an incredible decision for the cat lover with hypersensitive reactions - as they don't have FeLD protein of their saliva which creates dander, and are hypoallergenic, or no longer an hypersensitive reaction concern to maximum hypersensitive reaction victims"

2016-09-30 08:09:46 · answer #5 · answered by ? 4 · 0 0

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