During the Han dynasty, which outcome occurred due to tempering inaccuracies in automated crossbow trigger housings?

💡 Explanation

Unreliable firing resulted directly from variations in metal hardness achieved through uneven tempering. Because inconsistent *thermal expansion* happened within the trigger mechanism, precise alignment diminished, therefore the sear release malfunctioned rather than experiencing solely increased wear or deformation given operational temperatures.

• Which outcome results when the saqiyes in a Mughal garden's water system experienced reduced water intake?
• Which risk increases with fluctuating humidity when 'pietra dura' inlay is utilized in Mughal architectural monuments?
• Which defensive advantage resulted from the Roman army's widespread adoption of the pilum?
• Which risk increases when an astrolabe's altitude scale is calibrated using an inaccurate local horizon height?
• Which navigational error increases when a marine sextant's horizon mirror has significant perpendicularity error relative to the frame?
• Which risk significantly increased within Bronze Age foundries that used poorly controlled charcoal firing for smelting operations?