Live Quiz Arena
🎁 1 Free Round Daily
⚡ Enter ArenaQuestion
← HistoryWhich structural weakness increases for historical dry-stone masonry walls at high altitude?
A)Increased differential weathering cycles✓
B)Reduced interstitial ice wedging
C)Decreased aggregate thermal expansion
D)Enhanced seismic resonance amplification
💡 Explanation
More freeze-thaw cycles cause increased differential weathering of surface stones because higher altitudes experience greater temperature variations acting on the surface, weakening bonds. This outcome occurs rather than internal ice damage or decreased expansion typically dominating at lower elevations; altitude accelerates surface disintegration.
🏆 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 →- Which optical consequence results from excessive material non-uniformity during glass fabrication of early telescope lenses?
- Which mechanical behavior emerges when calibrating astrolabe altitude scales?
- During Mughal garden construction, which risk increased when interconnected water channels were built without enough slope?
- Which limitation constrained accuracy of timekeeping using medieval astrolabes, especially at extreme latitudes?
- Which risk to operation arose when Islamic metalworkers thinned astrolabe plates?
- Which consequence results from differential thermal expansion influencing the longevity of Pietra Dura?
