Live Quiz Arena
🎁 1 Free Round Daily
⚡ Enter ArenaQuestion
← TechnologyWhich risk increases to substation circuitry when operating near parallel resonance between transformers’ inductive reactance and distribution cables’ capacitance?
A)Decreased eddy current losses
B)Cascading voltage amplification✓
C)Mitigated dielectric breakdown
D)Improved power factor correction
💡 Explanation
Cascading voltage amplification will likely happen because parallel resonance creates a high impedance, leading to voltage buildup at the resonance frequency; therefore, voltage amplifies rather than losses decreasing under reactive and harmonic power load deviations.
🏆 Up to £1,000 monthly prize pool
Ready for the live challenge? Join the next global round now.
*Terms apply. Skill-based competition.
Related Questions
Browse Technology →- Which risk increases most when an antenna array's elements exhibit inconsistent phase delays?
- In photovoltaic systems, which outcome occurs when reverse current exceeds diode capacity?
- In a MOSFET-based power amplifier under high-frequency operation, which consequence arises from increased gate-drain capacitance?
- Which risk increases when unbalanced reciprocating forces act on an engine crankshaft?
- Which risk increases when cycling a transformer's load without adequate breaker coordination?
- In a MOSFET-based Class-D amplifier driving an inductive load at 1MHz, which consequence results from insufficient dead-time?
