An electrical technician is inspecting a circuit containing three resistive heating elements wired in series with a direct current power source. If one of the heating elements burns out and creates an open circuit, what happens to the current in the circuit?
- ACurrent continues to flow at the same level through the other two heating elements.
- Current flow stops completely throughout the entire circuit.Cevap
- CCurrent increases through the remaining heating elements due to reduced total resistance.
- DCurrent bypasses the broken heating element and creates a short circuit back to the source.
Cevap
Current flow stops completely throughout the entire circuit.
In a series circuit, there is only one continuous path for electrical current to travel from the power source through all connected loads and back. When one component burns out, it creates a physical break in that single conductive path (an open circuit). Because current requires an uninterrupted closed loop, an open circuit anywhere in the series loop causes total current to drop to zero across all components.
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Single continuous conductive path and open circuit fault behavior in series circuits
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