the cause of a fire in a computer is described as an incorrectly wired circuit. which statement best…

the cause of a fire in a computer is described as an incorrectly wired circuit. which statement best explains the likely cause of the fire? o the wiring contained a short circuit, so the reduced resistance caused an increase in current. o the wiring contained an open circuit, so the reduced resistance caused an increase in current. o the wiring contained a closed circuit, so the current was redirected around the components that would have provided the proper resistance. o the wiring contained an open circuit, so the current was redirected around the components that would have provided the proper resistance.

the cause of a fire in a computer is described as an incorrectly wired circuit. which statement best explains the likely cause of the fire? o the wiring contained a short circuit, so the reduced resistance caused an increase in current. o the wiring contained an open circuit, so the reduced resistance caused an increase in current. o the wiring contained a closed circuit, so the current was redirected around the components that would have provided the proper resistance. o the wiring contained an open circuit, so the current was redirected around the components that would have provided the proper resistance.

Answer

Brief Explanations:

A short - circuit in wiring reduces resistance. According to Ohm's law ($I=\frac{V}{R}$, where $I$ is current, $V$ is voltage and $R$ is resistance), when resistance $R$ decreases and voltage $V$ is constant, current $I$ increases. High current can generate heat and cause a fire. An open - circuit has no current flow, and a closed - circuit is a normal circuit operation, not the cause of the described fire situation.

Answer:

The wiring contained a short circuit, so the reduced resistance caused an increase in current.