Which consequence arises when introducing interstitial atoms into steel's lattice?

💡 Explanation

Interstitial atoms cause lattice distortions, because they impede dislocation motion through the work hardening mechanism. This increases the force needed for plastic deformation, therefore yield strength increases, rather than changes in conductivity or ductility, which depend more on electron mobility.

• Which timing difference arises from satellites orbiting Earth?
• Which energy transformation occurs when a near-ideal Carnot engine operates at maximum efficiency?
• Which outcome results when the Faraday effect affects laser transmission?
• Which outcome reduces the structural integrity of epoxy adhesives used in bridge construction when exposed to deicing salts?
• Which outcome limits performance of endothermic chemical engines?
• Which outcome results when a transformer core saturates?