This means that electricity will flow at a much faster rate. In contrast, parallel circuits have lower resistance. This can be beneficial in some applications, such as when an appliance needs to be powered slowly and steadily. That means that electricity will flow at a slower rate and with less energy. However, the differences between these two types of circuits are significant.įirst of all, series circuits have higher resistance. After all, they’re both designed to allow electricity to flow. In contrast, a parallel circuit has multiple paths for electricity to flow.Īt first glance, series and parallel circuits might seem to have similar functions. In other words, there are no branches or offshoots. A series circuit is one in which electricity flows through a single loop. The answer lies in the difference between series and parallel circuits. But how does it all work behind the scenes?
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