Why is wood a poor conductor of heat.

Wood is a poor conductor of heat because it is bound as a compound.

It doesn't have the free electrons that scatter to conduct different forms of energy like metals and strong conductors do.

Dry wood is an insulator.Conductors allow electricity to flow while an instument prevents it.The ability of a material to become a conductor is affected by the size of the material and temperature.

A poor heat conductor is glass.It's lack of ordered crystal structure makes it one of the lowest heat conductors a solid can have.The electronic contribution to the thermal conductivity is very small.

Metal works better as a conductor than wood or plastic because of the presence of conduction electrons which are able to spread the heat energy around the system.Good thermal conductors can be found in materials which are good electrical conductors.

Good conductors of heat are metals.The metal ion packing in the lattice is one of the reasons for this.The electrons can carry energy through the lattice.

Although most people think of wood as a good insulator, it is actually a poor one as compared to a steel or fiberglass door filled with insulation.

Good conductors allow electricity to pass through them easily, while bad conductors do not.Bad conductors include rubber, glass, wood, and metals like silver and copper.

It's true that glass is an insturment.It doesn't allow the flow of electrons easily from atom to atom, as seen in substances like copper and other metals which are excellent conductors of both heat and electricity.Glass, wood and plastic are not good conductors.

The wax on paper cups is a poor conductor of heat.It is thin and able to heat up.electrons are free to move through the material and can carry energy from one part to another quickly.

Water is a good conductor of electricity.Pure water is not a good conductor of electricity because it contains dissolved salts.Salts are formed with ionic bonds, and when dissolved in water, they are separated by the electric fields of the polar ends of water molecule.

The ideal material is dense and heavy, so it can absorb and store a lot of heat.