Graphite conducts far more electrical conductivity vise versa the diamond conducting far more thermal conductivity. Diamonds are hard. Graphite is soft.
Graphite is a better conductor than diamond because graphite has delocalized electrons in its structure that can move freely along its layers, allowing for better electrical conductivity. In contrast, diamond has a tightly bound structure with no free electrons, leading to poor electrical conductivity.
yes diamond is a better conductor of heat than graphite because heat travels through the shared bond and thus heat can travel very fast as is rate of heat transfer through conduction is inversely proportional to the length.graphite is not as a good conductor of heat as diamond because heat is transferred through the free electron and is not as effective as conduction process in diamond.
Yes, mercury is a much better conductor of heat than glass. Mercury has high thermal conductivity due to its metallic properties, while glass is a poor conductor of heat due to its amorphous structure and insulating properties.
Silver is a better heat conductor than aluminum. Silver has a higher thermal conductivity, meaning it can transfer heat more efficiently. This is why silver is often used in applications where high thermal conductivity is important.
Hmmm.... It would be hard to say any material was a non-conductor of heat, although certainly some materials are better heat conductors than others. Carbon forms Graphite and Diamond, both of which are relatively good heat conductors. (Graphite is also a good electrical conductor). Air and gasses tend to be poor heat conductors due to the rarefied nature of their molecules. and the best insulators such as silica aerogel utilize this, as well as limiting convection.
Graphite is a better conductor than diamond because graphite has delocalized electrons in its structure that can move freely along its layers, allowing for better electrical conductivity. In contrast, diamond has a tightly bound structure with no free electrons, leading to poor electrical conductivity.
Diamond is an excellent thermal conductor, conducting heat about five times better than copper. Diamonds are electrical insulators.
Diamond is an excellent thermal conductor, conducting heat about five times better than copper. Diamonds are electrical insulators.
A diamond is a superior conductor of thermal energy (heat). It's better at this than anything else we know of. But diamond is a poor conductor of electricity. It's actually a pretty good insulator.
yes diamond is a better conductor of heat than graphite because heat travels through the shared bond and thus heat can travel very fast as is rate of heat transfer through conduction is inversely proportional to the length.graphite is not as a good conductor of heat as diamond because heat is transferred through the free electron and is not as effective as conduction process in diamond.
Yes, mercury is a much better conductor of heat than glass. Mercury has high thermal conductivity due to its metallic properties, while glass is a poor conductor of heat due to its amorphous structure and insulating properties.
Glass is a better conductor of heat compared to air because it has a higher thermal conductivity. Air is a poor conductor of heat due to its low density and lower thermal conductivity.
Diamond is, in general, a poor conductor of electrical energy. Generally, we find that diamond is actually a pretty good electrical insulator. This contrasts sharply with its ability to conduct thermal energy, which it does better than anything else we know of.
iron is a better thermal conductor but i do not know what you mean by identify independent or dependent variables. in an experiment? i am not sure.
iron is a better thermal conductor but i do not know what you mean by identify independent or dependent variables. in an experiment? i am not sure.
Copper is a conductor. Diamond is an insulator.
Copper is a better conductor of electricity than graphite. Copper has more free electrons that can move easily, allowing electricity to flow more efficiently through it. Graphite, on the other hand, has delocalized electrons that are not as free to move, resulting in lower conductivity.