5. Please select the correct answer: (a) Acceleration of a free electron and its collision with the host atoms and ionize them in solid, which leads to electron avalanche breakdown. (b) The flow ofa substantial current between the electrodes, which appears as a short between the electrodes when the voltage across a dielectric material exceeds from a critical voltage. (c) The gradual growth of microstructural voids, cracks, or pores within the dielectric due to partial discharge, which leads to electrical tree type of discharge. (d) The maximum field that can be applied to an insulating medium without causing dielectric breakdown. () Dielectric breakdown (II) Dielectric strength (III) Intrinsic Breakdown | (IV) Internal Discharges

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5. Please select the correct answer:
(a) Acceleration of a free electron and its collision with the host atoms and
ionize them in solid, which leads to electron avalanche breakdown.
(b) The flow of a substantial current between the electrodes, which appears as a (II) Dielectric strength
short between the electrodes when the voltage across a dielectric material
exceeds from a critical voltage.
(c) The gradual growth of microstructural voids, cracks, or pores within the
dielectric due to partial discharge, which leads to electrical tree type of
discharge.
(d) The maximum field that can be applied to an insulating medium without
causing dielectric breakdown.
(I) Dielectric breakdown
(III) Intrinsic Breakdown
(IV) Internal Discharges
Transcribed Image Text:5. Please select the correct answer: (a) Acceleration of a free electron and its collision with the host atoms and ionize them in solid, which leads to electron avalanche breakdown. (b) The flow of a substantial current between the electrodes, which appears as a (II) Dielectric strength short between the electrodes when the voltage across a dielectric material exceeds from a critical voltage. (c) The gradual growth of microstructural voids, cracks, or pores within the dielectric due to partial discharge, which leads to electrical tree type of discharge. (d) The maximum field that can be applied to an insulating medium without causing dielectric breakdown. (I) Dielectric breakdown (III) Intrinsic Breakdown (IV) Internal Discharges
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