Which outcome occurs when applying sustained mechanical stress to crystalline ionic compounds?

💡 Explanation

When stress is applied, crack propagation occurs because ionic bonds are strong but directional, and prevent dislocation motion, meaning that fracture occurs following crack initiation. Therefore brittle fracture results, rather than plastic deformation, bending, or increased conductivity which require mobile electrons, polymer chains, or ductile materials.

• Which consequence results when gravitational fields influence spacetime?
• Which consequence results when cadmium telluride crystal growth flaws?
• Which risk increases when an electron encounters a high potential barrier within a semiconductor?
• Which outcome results when thermal energy reduces a semiconductor's bandgap?
• Which mechanism limits the reduction of semiconductor transistor gate oxide thickness, affecting circuit scaling?
• Which mechanism limits catalytic converter efficiency despite adequate temperature and stoichiometry control?