Because there free electrons are present in conduction shell of graphite hence this electrons transfer charge from one place to another place in graphite crystal, & makes it conductive.Ok bhAI
the blood cyculatory system :0 hope it helps!
Carbon may be an insulator or it may be a conductor. It depends on which allotrope of carbon we are investigating. Graphite is a conductor, but diamond is an insulator. In either case, the manner in which electrons are bound in the structure determines whether any of them are free to contribute to current flow. In graphite, we find electrons in the conduction band, and it will conduct electric current. In diamond, the electrons are not in the conduction band, and are not available to support current flow.
i have no idea..... but its probably a no .. take my advice.
Graphite is one of the numerous allotropes of the element carbon. For allotropes of carbon please visit the link located underneath the answer.
In non-metals, conduction occurs through the movement of electrons within the material. When a voltage is applied, the electrons gain energy and move from atom to atom, carrying electrical conductivity through the material. However, compared to metals, non-metals generally have lower conductivity due to fewer free electrons available for conduction.
Conduction takes place in liquids and gaz's
no
Wrong, transfer of heat by conduction does take place in fluids.
yes
It does
No
conduction take place in solids and gases
Conduction cannot take place in liquids because the particles are free to move around, disrupting the transfer of heat. In solids, particles are closely packed and transfer heat through vibrating in place, allowing conduction to occur easily.
Conduction takes place in the process of heat transfer through direct contact between objects or substances.
Conduction is the misfit. The other three take place at the Atomic or molecular level. Conduction is the transmission of energy, not particles.
No it can't because the particles are not close enough for the heat to be transferred
No, conduction requires the presence of matter for energy to be transferred. Energy transfer by conduction occurs through direct contact between particles in a material, so without matter, conduction cannot take place.