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 outcome accompanies increased agitator speed in crystallizer?
• Which outcome occurs when a rapidly alternating magnetic field is applied to a conductive metal pipe?
• Which consequence results when gravitational lensing unexpectedly magnifies distant quasar images?
• Which outcome is likely, immediately after sustained nuclear fission within a reactor is halted?
• Which consequence occurs when operating a real heat engine undergoing non-ideal, irreversible, Carnot-like, cycles?
• Which outcome occurs when applying excessive back-EMF, due to a sudden reduction in motor load, to a capacitor-shunted DC motor's circuit?