Beryllium has a higher charge density and polarising power due to its relatively small ionic radius as compared to Magnesium. As such, the electron cloud of Chlorine is distorted and there is a high degree of covalent character in the ionic bond as compared to Magnesium Chloride. This means that there are hardly any free delocalised electrons in Beryllium Chloride to act as mobile charge carriers when molten, and hence the poor electrical conductivity.
Yes. Diamond is a poor conductor of electricity.
helium is an insulator (poor conductor) of heat
poor conductor of heat
A conductor and a switch
Thermal conductivity of beryllium: 190 W/m.K Electrical resistivity of beryllium: 4.10-8 ohm.meter
helium is an insulator (poor conductor) of heat
An insulator is a poor conductor of energy. For example; Rubber is a poor conductor of electricity Rock is a poor conductor of heat A sponge is a poor conductor of sound.
Nonmetals are generally poor conductor
Wood is a poor conductor of heat.
Beryllium has a higher charge density and polarising power due to its relatively small ionic radius as compared to Magnesium. As such, the electron cloud of Chlorine is distorted and there is a high degree of covalent character in the ionic bond as compared to Magnesium Chloride. This means that there are hardly any free delocalised electrons in Beryllium Chloride to act as mobile charge carriers when molten, and hence the poor electrical conductivity.
non metals has no luster and is a poor conductor
No. Its a poor conductor.
No, it is a very poor conductor.
no
helium is an insulator (poor conductor) of heat
Carbon is a poor conductor of heat and electricity.