Which process causes increased electrical resistance when applying strain to a metal?

💡 Explanation

Applying strain distorts the metallic crystal lattice, reducing symmetry. This decreases the electronic band overlap because it alters the orbital hybridization, leading to piezo-resistance, therefore current flow becomes more difficult rather than enhanced quantum tunneling.

• Which consequence results when reactant concentration limits endothermic reaction rates?
• Which outcome occurs following excessive tritium buildup in a CANDU reactor?
• Which outcome results when an aromatic molecule with destabilized frontier orbitals undergoes single-electron reduction?
• Which outcome occurs when the coherence length dramatically decreases in a confocal microscope laser source?
• Which mechanism causes an increased breakdown voltage in semiconductor insulators when high dielectric constant materials are incorporated into MOSFET gate stack spacers?
• Which mechanism causes variations in STM (scanning tunneling microscope) images taken of a graphene flake?