Which outcome occurs within a silicon semiconductor when increasing temperature significantly broadens electron energy states?

💡 Explanation

A decreased band gap occurs because increased temperature causes increased thermal vibration that broadens electron energy states, reducing the energy required for electrons to jump across using thermal excitation. This lowers the energy needed, therefore decreasing the energy gap needed rather than increasing it under changed conditions, or other effects.

• Which outcome results when parasitic capacitance couples drive lines?
• Which consequence results when extreme mass compresses spacetime near an object?
• Which outcome occurs when an adsorbate increases beyond monolayer coverage?
• Which constraint dominates when intense gravitational curvature inhibits photon escape?
• Which consequence results when a platinum catalyst's surface area decreases during methanol decomposition at 500K?
• Which outcome results when a gallium arsenide (GaAs) tunnel diode experiences excessive, localized doping?