P-Type semiconductor has a lower electrical conductivity than N-Type semiconductor.(1 Point)TrueFalse

The statement "P-Type semiconductor has a lower electrical conductivity than N-Type semiconductor." is generally considered to be True.

Explanation:

1. P-Type semiconductors are created by doping a semiconductor material (typically silicon) with elements that have fewer valence electrons (like boron). This creates "holes," or positive charge carriers.
2. N-Type semiconductors are created by doping with materials that have more valence electrons (like phosphorus), resulting in an abundance of negative charge carriers (electrons).
3. N-Type semiconductors typically have higher carrier mobility and concentration of charge carriers compared to P-Type semiconductors, leading to greater electrical conductivity.

So, the correct answer is True.