1. We know that the series circuits do not get heated easily. Therefore, any dry or flammable object placed near the series circuit will not catch the fire in case of overheating of the circuit.
2. We know that the voltage remains constant in the parallel connection. Therefore, each component in the circuit gets the same amount of voltage.
3. We can connect or disconnect a new electric appliance in the circuit without affecting the other components in the circuit.
4. If there is a fault in one of the electric appliances, the current is able to pass through different paths of the circuit.
1. We know that in the series circuit, all the appliances are connected one after another. In case if there is any fault or break at one of the appliances, the appliances connected after that will be cut off from the supply.
2.To construct the parallel connection, we need lots of wires.
3. We cannot meet the requirement when the exact same amount of current is required to pass through the element.
4. In parallel circuits, we cannot increase the voltage since the resistance decreases in the parallel circuit
Answers & Comments
Answer:
1. We know that the series circuits do not get heated easily. Therefore, any dry or flammable object placed near the series circuit will not catch the fire in case of overheating of the circuit.
2. We know that the voltage remains constant in the parallel connection. Therefore, each component in the circuit gets the same amount of voltage.
3. We can connect or disconnect a new electric appliance in the circuit without affecting the other components in the circuit.
4. If there is a fault in one of the electric appliances, the current is able to pass through different paths of the circuit.
1. We know that in the series circuit, all the appliances are connected one after another. In case if there is any fault or break at one of the appliances, the appliances connected after that will be cut off from the supply.
2.To construct the parallel connection, we need lots of wires.
3. We cannot meet the requirement when the exact same amount of current is required to pass through the element.
4. In parallel circuits, we cannot increase the voltage since the resistance decreases in the parallel circuit
Explanation:
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