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← HistoryWhich risk increases when attempting to mechanically solve algebraic cubic equations using Cardano's Gear?
A)Gear tooth resonance amplification
B)Cumulative tolerance stack-up error✓
C)Excessive gear lubrication degradation
D)Intermittent ratchet pawl engagement
💡 Explanation
High precision gear sets are needed; tolerance stack-up causes the resultant length measures to deviate from predicted algebraic roots, because positional errors accumulate along gear trains. Therefore the equation solution is imprecise, rather than teeth vibrating or lubrication failing.
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