In historical Viking longships, which increased risk resulted when woven sails experienced prolonged wetting?

💡 Explanation

Prolonged wetting increased overall sail mass in the longship, increasing stress higher on the mast because tensile strength in wood could not support the additional oscillating loads during sailing; therefore mast fractures, rather than improved wave capture, became more likely.

• Which consequence results when the Aztec's floating chinampa system loses hydraulic connectivity?
• Which optical consequence arises when imprecise Medieval Islamic astrolabe markings cause parallax?
• Which risk increased substantially during periods when the Inca suspension bridges experienced overloading due to large gatherings?
• Which outcome immediately follows when compressive stress overcomes the shear strength within vertically stacked Inca stone masonry?
• Which risk increased along extensive Roman roads due to decreased reaction time?
• Which outcome occurs if a shipwright alters the deadrise angle of a 17th-century sailing vessel during construction?