Question

Select all of the BENEFITS of a PARALLEL circuit.

A) If one bulb burns out the rest of the bulbs will stay lit.
B) The bulbs do not get dimmer when we add more bulbs to the circuit.
C) The circuits are more complex and expensive.
D) The circuits use less wire.

Answer 1

The benefits of a parallel circuit include bulbs remaining lit if one fails, the constant brightness of bulbs when more are added, and potentially using less wire. Unlike series circuits, parallel circuits allow independent operation and consistent voltage across devices.

Step-by-step explanation:

The benefits of a parallel circuit are:

A) If one bulb burns out, the rest of the bulbs will stay lit. This is because each bulb is independently connected to the power source, so the circuit is not interrupted.

B) The bulbs do not get dimmer when more bulbs are added to the circuit. This is because the voltage across each bulb remains the same, regardless of how many bulbs are added, provided the power source can handle the load.

D) The circuits may use less wire in certain configurations compared to series circuits because each component can be wired directly to the power source rather than in a long chain.

Option C) is not a benefit of parallel circuits; in fact, parallel circuits can be simpler and less expensive than series circuits in some cases. Parallel circuits are essential in many household and automotive applications because they allow devices to operate independently of each other and maintain a consistent voltage.