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joyever
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As an element does not conduct heat,then they are good absorber. can we say that?or its like that?
Think of an example of something that does not conduct heat. Try, say, an insulator. Do you think it is a good absorber of heat? The heat sinks that one install in computers and electronics, do you think they are made of insulators?joyever said:As an element does not conduct heat,then they are good absorber. can we say that?or its like that?
joyever said:As an element does not conduct heat,then they are good absorber. can we say that?or its like that?
Bad conductors, also known as insulators, have a low thermal conductivity, meaning they do not allow heat to pass through easily. This causes them to absorb heat quickly and retain it for longer periods of time, making them good absorbers of heat.
The higher the thermal conductivity of a material, the better it is at conducting heat and the less it is able to absorb it. Conversely, materials with low thermal conductivity, such as bad conductors, are better at absorbing heat and retaining it.
Yes, bad conductors have a higher ability to absorb heat than good conductors. This is because they are less efficient at transferring heat and therefore can retain more of it within their structure.
No, not all bad conductors are good absorbers of heat. The ability to absorb heat also depends on other factors such as the material's density, color, and surface properties. For example, a white ceramic cup, which is a bad conductor, may not absorb heat as well as a black ceramic cup because of its lighter color and lower density.
When bad conductors absorb heat, they can transfer some of it to their surroundings through radiation. This can lead to an increase in temperature in the immediate area, making it feel warmer. This is why insulating materials, which are bad conductors, are often used to keep buildings warm in the winter.