Live Quiz Arena
🎁 1 Free Round Daily
⚡ Enter ArenaQuestion
← HistoryWhich degradation mechanism most threatened pietra dura inlay stability within humid Mughal garden structures?
A)Salt-induced differential thermal expansion✓
B)Ultraviolet photodegradation resin breakdown
C)Seismic vibrational resonance amplification
D)Acid rain accelerated matrix dissolution
💡 Explanation
Salt-induced differential thermal expansion was the greatest threat to pietra dura, because salt crystallization within porous inlays induces internal stress as temperature fluctuates. The differential strain then causes inlay fracturing, therefore the structure fails, rather than UV or acid.
🏆 Up to £1,000 monthly prize pool
Ready for the live challenge? Join the next global round now.
*Terms apply. Skill-based competition.
Related Questions
Browse History →- Why did early Mesopotamian canal systems require constant dredging?
- Which result occurs on complex gearing driven by algebra?
- Which consequence resulted from quenching bronze pickaxes quickly?
- Which navigational error increases when a 18th-century sextant’s horizon mirror is misaligned relative to main frame perpendicularity?
- Which mechanism allowed Alhazen to accurately describe light refraction in the 11th century?
- Which mechanical risk increased as Roman siege catapults scaled up to throw larger projectiles?
