Which mechanism increased vulnerability of wooden sailing ships to explosive naval shells introduced in the 19th century?

💡 Explanation

When an explosive shell penetrates a wooden hull, shockwave propagation occurs because wood is brittle, causing extensive splintering and creating numerous projectiles. Therefore hull splintering increased vulnerability, rather than sail ignition, rudder jamming, or ballast shifting which are less directly caused by shockwaves.

• Which crop yield improvement occurred with the introduction of chinampa agriculture?
• Which outcome results from intensified maize cultivation in the ancient Three Sisters system without nutrient replenishment?
• Which problem did interlocking timber scantlings address in 18th-century ship construction?
• Which mechanism limited the hull speed of 18th-century sailing ships, irrespective of sail area increase?
• Which technological consequence resulted from the limited availability of high-purity copper during the Bronze Age?
• Which environmental consequence decreased long-term chinampa field productivity within the Valley of Mexico?