Here's a breakdown:
* Conductivity: Boron's electrical conductivity is relatively low at room temperature. It increases with temperature, a characteristic of semiconductors.
* Doping: The conductivity of boron can be significantly altered by doping. This involves adding impurities to its crystal structure, changing its electrical properties. For example, doping boron with silicon can increase its conductivity.
Therefore, there is no single definitive electrical conductivity for boron. It depends on factors like purity, temperature, and doping.
If you need a specific value, you'll need to specify the conditions under which you're interested in boron's conductivity.
