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← HistoryWhich outcome increased reload failure rates of early Chinese repeating crossbows due to brittle components?
A)Inconsistent propellant grain sizes
B)Surface oxidation of bronze triggers
C)Casting flaws in sear mechanism✓
D)Detonation timing variations
💡 Explanation
Small parts like the "sear" require higher precision manufacturing. Casting weaknesses initiated tiny pre-existing cracks—stress concentrated upon release using torsion spring induced further quick fracture because such iron is often brittle and subject to crack instability; rather than bending into place/flexibility under impact.
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