Which consequence results when a semiconductor's band gap decreases with temperature?

💡 Explanation

Increased temperature narrows the band gap, which enhances the rate of electron-hole pair generation because thermal energy exceeds the reduced band requirement. Therefore, more charge carriers are available, rather than showing decreased concentrations due to widening band gaps at low temperatures.

• Which orbital hybridization maximizes diamond crystal lattice stiffness?
• Which barrier to electron transfer arises when orbitals misalign?
• Which outcome occurs when a spatially incoherent light source illuminates double slits?
• Which mechanism impairs microfluidic device efficiency at increased viscosity?
• Which outcome reduces the conductivity of molten NaCl?
• Which risk increases when high-temperature, solid oxide fuel cell (SOFC) electrolytes partially vitrify?