Series circuits can be tricky when it comes to how electricity flows. Here are the main challenges:
One Path Only: In a series circuit, there’s just one path for electricity to travel. If one part breaks, the whole circuit stops working.
Voltage Sharing: The total power from the source gets split among all the parts. This means each device gets less power, which can make it work poorly.
More Resistance: When you add more parts to the circuit, it increases the total resistance. This can make it harder for electricity to flow.
What Can You Do?
Series circuits can be tricky when it comes to how electricity flows. Here are the main challenges:
One Path Only: In a series circuit, there’s just one path for electricity to travel. If one part breaks, the whole circuit stops working.
Voltage Sharing: The total power from the source gets split among all the parts. This means each device gets less power, which can make it work poorly.
More Resistance: When you add more parts to the circuit, it increases the total resistance. This can make it harder for electricity to flow.
What Can You Do?