Which constraint necessitates precise rope angles within Inca suspension bridges?

💡 Explanation

The bridge used a system of ropes where force equilibrium governs structural integrity. Cable rupture risk increases because uneven force distribution induces excessive **tensile stress**, therefore minimized deck cable stress is key, rather than irrelevant aesthetic considerations, at altitude.

• Which outcome followed inefficient early gunpowder refinement during early Chinese rocketry?
• Which mechanism enabled medieval Islamic scholars to accurately determine the Qibla direction using algebra and spherical trigonometry?
• Which communication risk arose when the Byzantine emperors used coded language in diplomatic messages?
• Which risk increased in 16th-century fortress design by neglecting algebraic calculation of maximum cannon range?
• Which instability increased in Mughal pietra dura art when thermal expansion differed extremely?
• When overloading a historical Viking ship's rigging, which failure propagates due to creep?