Which outcome predictably occurred when medieval rope bridges experienced sustained high humidity?

💡 Explanation

Sustained high humidity increases moisture content in hemp ropes, causing a molecular weakening via hydrolysis; therefore, the tensile strength decreases catastophically, rather than experiencing increased capacity, optimized weight distribution, or greater wind resistance from this type of environmental degradation's weakening mechanism.

• Which drawback limited the effectiveness of Roman torsion artillery during prolonged sieges in damp climates?
• Which vulnerability compromised Roman tortoise formations during sieges involving heated projectiles?
• Which risk increased along Roman roads during winter due to repeated freeze-thaw cycles affecting roadbed materials?
• Which outcome arose from medieval Islamic astronomers refining Ptolemy's geocentric model using epicycles and deferents?
• Which risk increases when a medieval trebuchet's ropes experience repetitive loading?
• Which outcome results from excessive moisture permeating traditional Mughal buildings that feature intricate pietra dura inlay?