There are two types of circuits: series circuits and parallel circuits. In a circuit, there is only one path for the electrons to flow. If there are several bulbs in this type of circuit, when one goes out, the rest of the bulbs . Additionally in this type of circuit, the bulbs will burn . In a circuit, there are several paths for the electrons to flow. If there are several bulbs in this type of circuit, if one goes out, the rest of the bulbs . The bulbs in this type of circuit burn because all bulbs receive the same amount of .

Question

There are two types of circuits: series circuits and parallel circuits.  In a    circuit, there is only one path for the electrons to flow.  If there are several bulbs in this type of circuit, when one goes out, the rest of the bulbs   .  Additionally in this type of circuit, the bulbs will burn   .  In a    circuit, there are several paths for the electrons to flow.  If there are several bulbs in this type of circuit, if one goes out, the rest of the bulbs   .  The bulbs in this type of circuit burn    because all bulbs receive the same amount of   .

Word Bank:
parallelampsseriesswitchbatterydimmercurrentstay onresistancebrightergo out

GPT 3.5 · Answer

In a series circuit, there is only one path for the electrons to flow. If there are several bulbs in this type of circuit, when one goes out, the rest of the bulbs go out. Additionally in this type of circuit, the bulbs will burn dimmer. In a parallel circuit, there are several paths for the electrons to flow. If there are several bulbs in this type of circuit, if one goes out, the rest of the bulbs stay on. The bulbs in this type of circuit burn brighter because all bulbs receive the same amount of current.